| Presentation | Name, Organization | File |
| Welcome | Tiziana Missana, Ciemat |
Download 1,12MB (pdf) |
| Organizational matters | Christian Nyström, SKB |
Download 296,18KB (pdf) |
| Treatment of Colloids in the Safety Case |
Lucy Bailey, RWM |
Download 384,82KB (pdf) |
| Swelling mechanisms in artificial fracture experiments |
Veli-Matti Pulkkanen, VTT |
Download 1,67MB (pdf) |
| Montmorillonite rheology | Rasmus Eriksson, B+Tech Oy |
Download 1,60MB (pdf) |
| Bentonite erosion experiments | Franz Rinderknecht, KIT |
Download 3,84MB (pdf) |
| Influence of the Physico-chemical and Crystallographic properties of Clay Minerals on Erosion Processes |
A M Fernández, CIEMAT |
Download 1,69MB (pdf) |
| Update on erosion experiments at CIEMAT |
Ursula Alonso, CIEMAT |
Download 3,13MB (pdf) |
| The Design, Implementation and Evaluation of an Artificial Fracture Database for the BELBaR Project and Benchmark Test Results |
Tim Schatz, B+Tech Oy |
Download 738,21KB (pdf) |
| Modelling of bentonite erosion applied to Schatz et al. experiments |
Luis Moreno, KTH |
Download 2,02MB (pdf) |
| Radionuclide interaction and transport – Update of laboratory experiments | Pirkko Hölttä, University of Helsinki |
Download 1,47MB (pdf) |
| Bentonite Hydration observed by Wet-Mode Electron Microscopy (ESEM), AFM force measurements |
F. Friedrich, KIT |
Download 3,11MB(pdf) |
| Status update of the modelling work | Florian M. Huber KIT |
Download 2,67MB (pdf) |
| Crystalline swelling of montmorillonites with divalent interlayer cations at high water to solid ratio – Indirect implications on bentonite chemical erosion |
Daniel Svensson, SKB |
Download 973,63KB (pdf) |
| Destabilization of bentonite colloids by addition of alumina nanoparticles | Natalia Mayordomo, CIEMAT |
Download 1,59MB (pdf) |
| Coagulation behaviour of clay dispersions in simple electrolytes – consequenses for the possible real groundwater |
Radek Cervinka UJV |
Download 596,58KB (pdf) |
| From soil clays to erosion processes | Jaime Cuevas, UAM |
Download 2,93MB (pdf) |
| Measurement of water transport and swelling of bentonite clay using X-ray imaging |
Markku Kataja, University of Jyväskylä |
Download 35,61MB (pdf) |
Bentonite Erosion: effects on the Long term performance of the engineered Barrier and Radionuclide transport
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The BELBaR project aims at increasing the knowledge of the processes that controls clay colloid stability, generation and ability to transport radionuclides. The overall purpose of the project will be to suggest a treatment of the issues in long-term safety/performance assessment