ConCorD Synthesis Report: EURAD-CONCORD Deliverable 15.14

Kristel Mijnendonckx; Vanessa Montoya; Andrés Idiart; Arnau Pont; Olga Riba; Aurélien Debelle; Ursula Alonso; Mikel Diéguez; Miguel García-Gutiérrez; Manuel Mingarro; Tiziana Missana; Paula Nieto; Carla Soto; Pedro Valdivieso; Cedric Bosch; Rita De Cassia Costa Dias; Patrick Ganster; Rizlan Bernier-Latmani; Andrés G. Munoz; Andrea Cherkouk; Clayton Bevas; James Hesketh; Cristiano Padovani; Ben Pateman; Andy Rance; Nick R. Smart; Leigh-Anne Stevenson; Shorubhi Uthayakumaran; Alex Kuprin; Sergey Sayenko; Nicolas Finck; Natalie Müller; Dieter Schild; Ashutosh R. Singh; Nikitas Diomidis; Roberto Gaggiano; Abdesselam Abdelous; Lola Sarrasin; Muhammad Faiz Al Rasyid Tisyadi; Michaela Matulová; Katerina Cerná; Jin Ma; Paul Wersin; Mohamed Merroun; Olaf Kolditz; Matthias  Schmidt; Haibing Shao; Marc  Tamisier; Carsten  Vogt; David Dobrev; Daniel Götz; Vlastislav Kašpar; Kateřina Kolomá; Šárka Šachlová; Petr Večerník; Milan Zuna; Inaka Cornu; Fabrice Rossignol; Janne Pakarinen; Andressa Trentin

ConCorD Synthesis Report: EURAD-CONCORD Deliverable 15.14

Kristel Mijnendonckx
, Vanessa Montoya
, Andrés Idiart
, Arnau Pont
, Olga Riba
, Aurélien Debelle
, Ursula Alonso
, Mikel Diéguez
, Miguel García-Gutiérrez
, Manuel Mingarro
, Tiziana Missana
, Paula Nieto
, Carla Soto
, Pedro Valdivieso
, Cedric Bosch
, Rita De Cassia Costa Dias
, Patrick Ganster
, Rizlan Bernier-Latmani
, Andrés G. Munoz
, Andrea Cherkouk

Clayton Bevas, James Hesketh, Cristiano Padovani, Ben Pateman, Andy Rance, Nick R. Smart, Leigh-Anne Stevenson, Shorubhi Uthayakumaran, Alex Kuprin, Sergey Sayenko, Nicolas Finck, Natalie Müller, Dieter Schild, Ashutosh R. Singh, Nikitas Diomidis, Roberto Gaggiano, Abdesselam Abdelous, Lola Sarrasin, Muhammad Faiz Al Rasyid Tisyadi, Michaela Matulová, Katerina Cerná, Jin Ma, Paul Wersin, Mohamed Merroun, Olaf Kolditz, Matthias Schmidt, Haibing Shao, Marc Tamisier, Carsten Vogt, David Dobrev, Daniel Götz, Vlastislav Kašpar, Kateřina Kolomá, Šárka Šachlová, Petr Večerník, Milan Zuna, Inaka Cornu, Fabrice Rossignol, Janne Pakarinen, Andressa Trentin

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Abstract

The concept of a sealed container (or canister) for the disposal of high-level radioactive waste (HLW) and spent fuels (SF) is intended for use in applied in all deep geological repository programmes in nations that operate nuclear power plants. The container constitutes one of the main barriers in the overall multi-barrier disposal system which provides a complete confinement of radionuclides. Therefore, attention is frequently focused on the performance of the canister, especially concerning the length of time during which the material stability and thus the barrier function can be guaranteed. This was the subject of the research carried out in the multi-national EURAD project entitled ‘Container Corrosion under Disposal conditions (ConCorD)’. The work programme was divided into a set of separate tasks as described below. The aim of the current synthesis report was to draw together a summary of the work carried out in the various tasks of the project and to identify the key aspects and outcomes that may be applied in the preparation of future performance assessments and safety cases by the national waste management organisations.

Original language	English
Publisher	EC - European Commission
Number of pages	196
State	Published - 31 May 2024

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ConCorD Synthesis Report.pdfFinal published version, 14.8 MBLicense: Other

Cite this

Mijnendonckx, K., Montoya, V., Idiart, A., Pont, A., Riba, O., Debelle, A., Alonso, U., Diéguez, M., García-Gutiérrez, M., Mingarro, M., Missana, T., Nieto, P., Soto, C., Valdivieso, P., Bosch, C., De Cassia Costa Dias, R., Ganster, P., Bernier-Latmani, R., Munoz, A. G., ... Trentin, A. (2024). ConCorD Synthesis Report: EURAD-CONCORD Deliverable 15.14. EC - European Commission.

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title = "ConCorD Synthesis Report: EURAD-CONCORD Deliverable 15.14",

abstract = "The concept of a sealed container (or canister) for the disposal of high-level radioactive waste (HLW) and spent fuels (SF) is intended for use in applied in all deep geological repository programmes in nations that operate nuclear power plants. The container constitutes one of the main barriers in the overall multi-barrier disposal system which provides a complete confinement of radionuclides. Therefore, attention is frequently focused on the performance of the canister, especially concerning the length of time during which the material stability and thus the barrier function can be guaranteed. This was the subject of the research carried out in the multi-national EURAD project entitled {\textquoteleft}Container Corrosion under Disposal conditions (ConCorD){\textquoteright}. The work programme was divided into a set of separate tasks as described below. The aim of the current synthesis report was to draw together a summary of the work carried out in the various tasks of the project and to identify the key aspects and outcomes that may be applied in the preparation of future performance assessments and safety cases by the national waste management organisations.",

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Mijnendonckx, K , Montoya, V, Idiart, A, Pont, A, Riba, O, Debelle, A, Alonso, U, Diéguez, M, García-Gutiérrez, M, Mingarro, M, Missana, T, Nieto, P, Soto, C, Valdivieso, P, Bosch, C, De Cassia Costa Dias, R, Ganster, P, Bernier-Latmani, R, Munoz, AG, Cherkouk, A, Bevas, C, Hesketh, J, Padovani, C, Pateman, B, Rance, A, Smart, NR, Stevenson, L-A, Uthayakumaran, S, Kuprin, A, Sayenko, S, Finck, N, Müller, N, Schild, D, Singh, AR, Diomidis, N, Gaggiano, R, Abdelous, A, Sarrasin, L, Faiz Al Rasyid Tisyadi, M, Matulová, M, Cerná, K, Ma, J, Wersin, P, Merroun, M, Kolditz, O, Schmidt, M, Shao, H, Tamisier, M, Vogt, C, Dobrev, D, Götz, D, Kašpar, V, Kolomá, K, Šachlová, Š, Večerník, P, Zuna, M, Cornu, I, Rossignol, F, Pakarinen, J & Trentin, A 2024, ConCorD Synthesis Report: EURAD-CONCORD Deliverable 15.14. EC - European Commission.

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AU - Idiart, Andrés

AU - Pont, Arnau

AU - Riba, Olga

AU - Debelle, Aurélien

AU - Alonso, Ursula

AU - Diéguez, Mikel

AU - García-Gutiérrez, Miguel

AU - Mingarro, Manuel

AU - Missana, Tiziana

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AU - Munoz, Andrés G.

AU - Cherkouk, Andrea

AU - Bevas, Clayton

AU - Hesketh, James

AU - Padovani, Cristiano

AU - Pateman, Ben

AU - Rance, Andy

AU - Smart, Nick R.

AU - Stevenson, Leigh-Anne

AU - Uthayakumaran, Shorubhi

AU - Kuprin, Alex

AU - Sayenko, Sergey

AU - Finck, Nicolas

AU - Müller, Natalie

AU - Schild, Dieter

AU - Singh, Ashutosh R.

AU - Diomidis, Nikitas

AU - Gaggiano, Roberto

AU - Abdelous, Abdesselam

AU - Sarrasin, Lola

AU - Faiz Al Rasyid Tisyadi, Muhammad

AU - Matulová, Michaela

AU - Cerná, Katerina

AU - Ma, Jin

AU - Wersin, Paul

AU - Merroun, Mohamed

AU - Kolditz, Olaf

AU - Schmidt, Matthias

AU - Shao, Haibing

AU - Tamisier, Marc

AU - Vogt, Carsten

AU - Dobrev, David

AU - Götz, Daniel

AU - Kašpar, Vlastislav

AU - Kolomá, Kateřina

AU - Šachlová, Šárka

AU - Večerník, Petr

AU - Zuna, Milan

AU - Cornu, Inaka

AU - Rossignol, Fabrice

AU - Pakarinen, Janne

AU - Trentin, Andressa

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PY - 2024/5/31

Y1 - 2024/5/31

N2 - The concept of a sealed container (or canister) for the disposal of high-level radioactive waste (HLW) and spent fuels (SF) is intended for use in applied in all deep geological repository programmes in nations that operate nuclear power plants. The container constitutes one of the main barriers in the overall multi-barrier disposal system which provides a complete confinement of radionuclides. Therefore, attention is frequently focused on the performance of the canister, especially concerning the length of time during which the material stability and thus the barrier function can be guaranteed. This was the subject of the research carried out in the multi-national EURAD project entitled ‘Container Corrosion under Disposal conditions (ConCorD)’. The work programme was divided into a set of separate tasks as described below. The aim of the current synthesis report was to draw together a summary of the work carried out in the various tasks of the project and to identify the key aspects and outcomes that may be applied in the preparation of future performance assessments and safety cases by the national waste management organisations.

AB - The concept of a sealed container (or canister) for the disposal of high-level radioactive waste (HLW) and spent fuels (SF) is intended for use in applied in all deep geological repository programmes in nations that operate nuclear power plants. The container constitutes one of the main barriers in the overall multi-barrier disposal system which provides a complete confinement of radionuclides. Therefore, attention is frequently focused on the performance of the canister, especially concerning the length of time during which the material stability and thus the barrier function can be guaranteed. This was the subject of the research carried out in the multi-national EURAD project entitled ‘Container Corrosion under Disposal conditions (ConCorD)’. The work programme was divided into a set of separate tasks as described below. The aim of the current synthesis report was to draw together a summary of the work carried out in the various tasks of the project and to identify the key aspects and outcomes that may be applied in the preparation of future performance assessments and safety cases by the national waste management organisations.

KW - EURAD

KW - CONCORD

UR - https://ecm.sckcen.be/OTCS/llisapi.dll/open/85342177

M3 - Third partyreport

BT - ConCorD Synthesis Report

PB - EC - European Commission

ER -