The Divertor Tokamak Test facility is an Italian experimental facility under design and construction at ENEA C.R. Frascati. The main goal of DTT is to provide an integrated environment, relevant to DEMO, where testing possible solution to the power exhaust problem in a tokamak (like for example: i) Plasma facing components technology ; ii) Plasma and divertor shape; iii) impurity seeding to increase radiation). In this respect, DTT has been designed to be flexible and adopting technologies relevant to DEMO. After its initial inception in 2015, concluded with the publication of the DTT project proposal, a complete re-baseline has been provided oncluded with the publication of the DTT Interim Design Report in 2019, aimed at accommodating the request of flexibility coming from the international fusion community. During 2019, the engineering integration activity has started and the first construction contracts have been signed. This paper provides an overview of the integrated design activity towards the realization of the facility within 2025.
DTT's Role, Characteristics Design Status / Polli, G. M.; Albanese, R.; Crisanti, F.; Martin, P.; Pizzuto, A.; Ambrosino, R.; Cucchiaro, A.; Di Gironimo, G.; Di Zenobio, A.; Granucci, G.; Innocente, P.; Lampasi, A.; Martone, R.; Ramogida, G.; Roccella, S.; Rydzy, A.; Sandri, S.; Valisa, M.; Villari, R.. - (2020), pp. 640-645. (Intervento presentato al convegno 20th IEEE Mediterranean Electrotechnical Conference, MELECON 2020 tenutosi a ita nel 2020) [10.1109/MELECON48756.2020.9140576].
DTT's Role, Characteristics Design Status
Albanese R.;Ambrosino R.;Di Gironimo G.;
2020
Abstract
The Divertor Tokamak Test facility is an Italian experimental facility under design and construction at ENEA C.R. Frascati. The main goal of DTT is to provide an integrated environment, relevant to DEMO, where testing possible solution to the power exhaust problem in a tokamak (like for example: i) Plasma facing components technology ; ii) Plasma and divertor shape; iii) impurity seeding to increase radiation). In this respect, DTT has been designed to be flexible and adopting technologies relevant to DEMO. After its initial inception in 2015, concluded with the publication of the DTT project proposal, a complete re-baseline has been provided oncluded with the publication of the DTT Interim Design Report in 2019, aimed at accommodating the request of flexibility coming from the international fusion community. During 2019, the engineering integration activity has started and the first construction contracts have been signed. This paper provides an overview of the integrated design activity towards the realization of the facility within 2025.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
