EURAD-CONCORD: Container Corrosion under Disposal conditions. European Union

[2020-2024] The ConCorD project is framed at the metal container / compacted clay engineering barrier interface of a radioactive waste repository. ConCorD main aims are to: Explore the...

ARNO: NATIONAL PROGRAM FOR KNOWLEDGE GENERATION AND SCIENTIFIC AND TECHNOLOGICAL STRENGTHENING. REF: PID2019-106398GB-I00

ARNO Project: Analysis of radionuclide and organic interactions for radioactive waste disposals performance assessment [2020-2023] The main objective of this project is to analyse...

BENERO: Bentonite Erosion. R+D Project financed by SKB (Sweden)

[2019-2024] The BENERO (Bentonite Erosion, BenEro) project, is funded by the Swedish radioactive waste management agency, SKB (Swedish Nuclear Fuel and Waste Management Co.). The aim of this...

EURAD-FUTURE: Fundamental understanding of radionuclide retention. EUROPEAN UNION

[2019-2024] The main objective of the European EURAD working group WP - "FUTURE" is to improve the mechanistic understanding of the fundamental processes that determine the retention and...

EURAD-CORI: Cement-Organic-Radionuclide – Interactions. EUROPEAN UNION

[2019-2024] CORI project addresses issues related to cement-radionuclide and organics interactions. Organic materials are of special interest in the context of low and medium level...

EURAD: EUROPEAN JOINT PROGRAMME ON RADIOACTIVE WASTE MANAGEMENT. EUROPEAN UNION

First Phase [2019-2024] https://www.ejp-eurad.eu The main objective of EURAD is to implement a joint strategic program of research and knowledge management activities at European level,...

CFM: Colloid Formation and Migration Grimsel Test Site (GTS, Switzerland)

[2004-2024] The CFM is an international project, started in 2004 whose aim is to analyse in-situ the formation of bentonite colloids and their contribution to the transport of radionuclides...

COMIBEAT: Contaminant Migration in radioactive waste repositories by Ion Beam Techniques. European Transnational Access Programmes

[2000-actualidad] COMIBEAT project was devoted, from its beginning in 2000, to analyse the retention mechanisms of hazardous contaminants, mainly radioactive isotopes and heavy elements, in...