Proiecte romanesti de succes, prioritati si perspective

Proiecte romanesti de succes, prioritati si perspective

Daniela Diaconu,
Institutul de Cercetări Nucleare Piteşti
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Situatia participarii Romaniei la EURATOM –
fisiune
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Evolutia participarii ICN la Euratom
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Proiecte de succes, factori de succes
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Prioritati ICN
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Proiectia lor pe H2020
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Concluzii: suportul national
Procentul atras de Noile State Membre
– 5% Euratom EC Grant (2011)
21% din populatia UE
9% din energia nucleara
7%din PIB
Cota Romaniei in FP7 Euratom – 1.6% EC
Grant
>50% atras de ICN
PHEBE
N2
2002
MATISSE
EAGLE
EAGLE
EAGLE
ARCADIA
NEWLAN
CER
NEWLAN
CER
ARCADIA
ARCADIA
SEARCH
SEARCH
SEARCH
SEARCH
MATTER
MATTER
MATTER
MATTER
FORGE
FORGE
FORGE
FORGE
FORGE
CARBO
NULIFE
CARBO
STYLE
CARBO
STYLE
CARBO
STYLE
CAST
STYLE
CAST
NULIFE
CARBO
NULIFE
ELSY
LEADER
LEADER
ADRIAN
A
ADRIAN
A
LEADER
MARISA
ESNII+
MARISA
ESNII+
MARISA
IPPA
IPPA
IPPA
PLATENSO
PLATENSO
SARNET
2
2011
SARNET
2
2012
ASAMPS
A_E
ASAMPS
A_E
ASAMPS
A_E
2013
2014
2015
HOTLAB
MTR+I3
ELSY
MTR+I3
ELSY
MTR+I3
ELSY
MTR+I3
JSRI
COWAM2
COWAM2
COWAM2
CIP
CIP
CIP
PHEBE
N2
2003
SARNET
SARNET
SARNET
SARNET
SARNET
2004
2005
2006
2007
2008
SARNET
2
2009
FP6
MATISSE
CARBO
NULIFE
HOTLAB
FP5
MATISSE
SARNET
2
2010
FP7
Obiectiv:
identificarea si
implementarea unor solutii
eficiente care sa conduca la
largirea implicarii Noilor
State Membre in viitoarele
programe de cercetare
Euratom prin:
NEWLANCER
Primul proiect Euratom cooronat de un
institut roman
Coordonator: ICN
Consortiu : 17 partneri
◦ întãrirea si catalizarea
intregului potenţial de
cercetare la nivel
national,
◦ cresterea coeziunii intre
institutiile Noilor State
Membre
◦ îmbunãtãţitea cooperãrii
lor cu Vechile State
Membre.
REC (Slovenia)
NNL (UK)
Analiza a peste 30 de success stories
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context national
context organizational
aspecte stiintifice
aspecte economice
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COWAM2 , CIP, IPPA, PLATENSO
◦ Concern for the ethical aspects of waste siting process
◦ Willingness to open an interface between technical research and society
(previously unheard-of)
◦ Results:
 INR learned about public participation approaches  competence
 PP in waste siting process inclusive governance

CARBOWASTE, FORGE, CAST
◦ INR presented its research program at an EC event for dissemination of
Euratom call on RW disposal and gained visibility
◦ NMS partner brought into consortium

NEWLANCER
◦ All activities for proposal preparation and project development were supported
by both the scientific and managerial teams of INR
◦ Contribution and trust of each party in the NMS organisation coordinating the
project
◦ Improvement of communication with NMS and OMS experts
◦ Followed by new projects: ARCADIA , EAGLE, ASAMPSA_E

ELSY – LEADER – MACSIMA, MATISSE, MATTER
Opened the door to other successful GIV projects
Influenced R&D organisational vision
Integration of INR researchers into international teams
Influence on a national level – Romanian Government agreed to host LFR
demonstrator
◦ INR became a member of ESNII European structure
◦
◦
◦
◦
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SARNET – SARNET2 ◦ Real knowledge transfer from experienced organisations to NMS
◦ Access to important experimental results
◦ The project offered training, maintenance, on-line support
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Opportunity – coming from in time information and/or
appropriate contacts
Willingness – manifested in individual initiative and enthusiasm
Support – insured by the organization (co-finance and helpful
administrative and technical teams)
Competence and commitment – coming from existing or created
expertise twinned by continuous involvement during the project
realization
Relevant added value for the organization – open or extending a
new research field/activity, solving a domestic problem, creating
competence,
Continuity in the research topic – coming from the quality of
work and reliability as partner
Continuous enlargement of organization contribution in terms of
effort and budget – coming from increased competence but also
from the attitude “dare more, commit more”,

Suport tehnic pentru energetica nucleara din
Romania
◦ Securitate nucleara
◦ Comportarea si performantele elementelor structurale si
combustibilului nuclear (performante, integritate
structurala, managementul timpului de viata, …..)
◦ Managementul deseurilor radioactive si combustibilului ars
◦ Radioprotectia personalului si mediului

Radioizotopi pentru medicina

Constructia demonstratorului ALFRED in Romania
ENEA
INR
ANN
CVZ
SCK.CEN
UPIT
KTH
UPB
IRSN
NCBJ
UL
SYMLOG
IST
TUS
TARTU
APRE
Assessment of Regional
CApabilities for new reactors
Development through an
Integrated Approach
FP7 EURATOM CA project
INCT
BME
INRNE
SITON
2013 - 2016
NCSDT
JSI
REC
ARAO
LEI
CLOR
EC:
◦ answer to the question “Can ALFRED fly?”
◦ direct contribution to the ESNII objectives
NMS
◦ opportunity to create a team for LFR technology,
develop competencies and infrastructure in the region
◦ prove that NMS can synergic cooperate
Romania
◦ opportunity to be part in the development of a new
technology with a large involvement of education,
research, regulation, construction, industry,
politicians, national and local authorities and
population

A. Support safe operation of nuclear systems - NUGENIA

B. Contribute to the development of solutions for the management of
ultimate radioactive waste – IGD-TP
◦ NFRP 1 – 2014: Improved safety design and operation of fission reactors
◦ NFRP 2 – 2014: Tool for the fast and reliable prediction of severe accident
progression and anticipation of the source term of a nuclear accident
◦ NFRP 3 – 2014: New innovative approaches to reactor safety
◦ NFRP 4 – 2014: EU concerted development of Member State research on
radioactive waste management
◦ NFRP 5 – 2015: Supporting the licensing of geological repositories
◦ NFRP 6 – 2014: Supporting the implementation of the first-of-the-kind
geological repositories
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C. Foster Radiation Protection - MELODI
◦ NFRP 7 – 2015: Integrating radiation research in the European Union Programme Co-fund Action (European Joint Programme).

D. Cross-cutting aspects for nuclear fission and radiation
protection
◦ NFRP 8 – 2015: High density uranium fuel and targets for the production
of medical radioisotopes
◦ NFRP 9 – 2015: Transmutation of minor actinides (Towards industrial
application)
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E. Support the development of nuclear competences at Union
level and socio-economic aspects.
◦ NFRP 10 – 2014: Education and training (Bologna and Copenhagen
processes)
◦ NFRP 11 – 2015: Modelling and analysing the energy system, its
transformation and impacts.
◦ NFRP 12 – 2014: Nuclear developments and interaction with society
◦ NFRP 13 – 2015: Fostering the network of National Contact Points NFRP 14
– 2014: Regional initiative aiming at nuclear research and training capacity
building
◦ NFRP 15 – 2015: Specific support to the work of the Sustainable Nuclear
Energy Technology Platform
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Strategie coerenta
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Program national CDI care sa sustina prioritatile nationale

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Autoritati nationale informate, in dialog cu structurile EC, care
sa promoveze activ interesele nationale
Colaborare la nivel national cu industria si operatorii din
domeniul nuclear