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Chairman
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Jean
Van Vyve
Executive
Vice President - Nuclear Engineering
Tractebel
Energy Engineering
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Radwaste
and spent management in Belgium:
the current situation |
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Marcel Gaube
General
Manager
Belgatom
FULL
PAPER
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Spent
fuel
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Michel De Valkeneer
(Tractebel Energy Engineering), with the support
of Synatom
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During the last decade the Utilities considered the open fuel cycle
option as an alternative to fuel reprocessing. As a first result
of this policy, the Utilities have nowadays to face the need to
increase interim storage capacities for spent fuel.
As a second result the Agencies in charge of waste management have
to include spent fuel in their programme of high level waste disposal.
Mr. De Valkeneer showed how Belgatom provides appropriate solutions
from both technical and financial points of view for interim storage
of spent fuel (reracking, dry storage in casks,
wet storage in ponds,…) and how Belgatom demonstrates the feasibility
of spent fuel conditioning with a view to direct disposal.
FULL PAPER
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Radwaste
characterization |
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Alain Lemmens (Electrabel)
Baudouin Centner, Koen Mannaerts and Philippe Beguin (Tractebel
Energy Engineering)
According to waste acceptance criteria defined by Agencies in
charge of waste management, the waste producers are requested to
declare the activity inventories for each waste package before final
disposal in a repository.
Mr. Beguin explained how Belgatom assists the waste producers to
characterise their nuclear waste and what are the key assets of
LLWAA, a computer code specifically developed by Belgatom for the
determination of critical nuclides in different waste streams.
FULL
PAPER
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Radwaste
treatment and conditionning
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Rik
Vanbrabant and Paul Luycx (Belgoprocess)
Michel Detilleux (Tractebel Energy Engineering)
Jean-Marie Cuchet (Belgonucleaire)
The operation of 7 nuclear power units and of different fuel cycle
facilities lead Belgium to find appropriate solutions as a function
of each kind of generated radwaste, solid or liquid, of low, intermediate
or high level activity, alpha contaminated or not.
Taking into account the specifity of the waste streams, the paper
points out the different treatment / conditioning processes which
are applied in the NPPs or on the Belgoprocess site, such as supercompaction,
incineration, cementation, bituminisation, vitrification. A current
project related to the retrieval and conditioning of historical
waste was demonstrated.
FULL
PAPER
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Nuclear
facility site selection and radwaste final disposal |
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Belgatom is able to perform for its Clients all activities related
to the selection of a new nuclear site, from seismic investigation
to the environmental impact assesment, according to well-defined
methodologies and ranking processes.
A specific aspect is the selection of a near-surface or a deep-geological
final disposal site for radioactive waste.
Belgatom and SCK·CEN background in this field was emphasized and,
in particular, the methodology and the tools used by Belgatom /
SCK·CEN to modelise a radwaste repository in order to assess the
performance and the safety of both the engineered and the natural
barriers.
FULL
PAPER
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Michel
Detilleux (Tractebel Energy Engineering)
- photo
Erna Vanechelpoel and Jacques Schittekat (Tractebel
Development),
Geert Volckaert and Dirk Mallants (SCK·CEN)
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Nuclear
installations decommissioning
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Baudouin
Centner (Tractebel Energy Engineering) - photo
Vincent Massaut (SCK·CEN)
Lucien Teuckens and Rik Vanbrabant (Belgoprocess)
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The decommissioning of a large variety of nuclear facilities becomes
a major challenge of the first decades of the new century.
The Belgian research centre SCK·CEN leads a pilot project for
decommissioning the research reactor BR3, first PWR in Europe.
Belgoprocess executes the decommissioning of the former reprocessing
plant Eurochemic. Belgatom recently completed with EWN a project
for preparing the decommissioning of Kozloduy NPP units 1&2.
Have an insight view on our decommissioning experience not only
in decontamination and dismantling processes but also in radwaste
minimisation, characterisation and appropriate conditioning techniques.
FULL
PAPER
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