Program of the workshop

Tuesday October 22nd

• First day of the workshop

• Icebreaker

Wednesday October 23rd

• Second day of the workshop

Thursday October 24th

• Third day of the workshop

• Geological field trip in the Fontainebleau Forest with Damien Huyghe and Jean-Louis Grimaud

• Conference dinner at "Gina (6 rue d'avon in Fontainebleau)

Friday October 25th

• Last day of the workshop

The workshop will be divided into 7 different themes, with 43 presentations and 20 posters. The detailed program can be found here. Posters are described below.

Theme 1 : Multiphysics and multiphase

This session will investigate the most recent approaches for modelling advanced coupled multiphysics systems (mechanics, electrokinetics). This session will also present advances in modelling multiphase systems with applications to  CO2 sequestration, gas storage, ... 

Speakers: Tony Appelo, Jordi Cama, Andrés Idiart, Tony Ladd, Sergi Molins, Nicolas Seigneur, Irina Sin, Cyprien Soulaine, Riccardo Sprocati, Christophe Tournassat (10)

Theme 2: Machine Learning, Digital Twins & History matching 

The rise of artificial intelligence constitutes an opportunity for RTM to improve its predictive capacities for a wide range of topics. In this session, focus will be given on different novel approaches integrating AI: surrogate models, History Matching, ...

Speakers: Li Li, Marco de Lucia, Hanli Qiao, Javier Samper (4)

Theme 3: Watershed, weathering and biogeochemistry

Thanks to its numerous successes, the scale of applicability of RTM has grown to the watershed scale, making it possible to model large-scale cycle (N2, CO2) incorporating processes such as weathering. In this session, we will also discuss advances in incorporating biogeochemical processes and their influences on RT processes.

Speakers: Bhavna Arora, Xingyuan Chen, Dipankar Dwivedi, Jenny Druhan, Kate Maher, Vincent Milesi, Lucien Stolze, Paolo Trinchero, Philippe Van Cappellen (9)

Theme 4: Imaging and unravelling the surface processes through a wide range of approaches.

This session focuses on latest research on small-scale imaging and the subsequent upscaling procedure to provide an accurate description at the continuum scale. Advances in 3D imaging, coupled approaches and upscaling procedures will constitute the main elements of this session.

Speakers: Lauren Beckingham, Cornelius Fischer, Katie Muller, Catherine Noiriel (4)

Theme 5: Pores and fractures evolution

The evolution of porous or fractured materials through dissolution-precipitation reactions remains one of the key factor controlling the long-term behavior of these systems. Multiple topic involving glass alteration, clogging, wormhole formation will be covered.

Speakers: Hang Deng, Pierre Frugier, Jenna Poonoosamy, Josep M. Soler, Piotr Szymczak (5)

Theme 6: Open challenges for RT

This session will discuss general challenges for the community and its perspectives.

Speakers: Glenn Hammond, Andreas Jenni, Alexis Navarre Sitchler, Carl Steefel, Denis Voskov (5)

Theme 7: Code developments

Several approaches of RT modellings will be covered, presenting latest features of several softwares, including novel approaches to inversion.

Speakers: Toshiyuki Bandai, Laurence Beaude, Antoine Collet, Allan Leal, Hans Meeussen, Diederik Jacques, (6)

Poster session

• Laurent De Windt, Cochepin & Veilly. Modeling of the long-term evolution of the glass/steel/cement/claystone system in a HLW disposal cell.

• Caroline de Dieuleveult et al., Radioactive isotopes management in the reactive transport code HYTEC.

• Elina Ceballos, Cama, Soler. Interaction between H2-equilibrated SO4-rich water and marley caprock

• Hanli Qiao et al., A Surrogate Model based on Physics and Chemistry-informed Neural Network for Reactive Transport Modeling

• Juncheng Guo, Banc, Sin De Windt, Petit Jeannin & Egermann. Geochemical impact of renewable natural gas (biomethane) in aquifer storage in the Paris Basin, France

• Ivan Osorio-Leon, Rempe, Golla, Bouchez & Druhan. How deep roots supply reactivity and enhance silicate weathering in the bedrock vadose-zone

• Lydia Meuronen, Lähivaara, Vaukhonen, Muniruzzaman. Reactive Transport Modeling in Mining-Induced Processes via Machine Learning

• Ryan Kurniawan Santoso et al., A data-driven physics-based digital twin of microfluidics

• Tomasz Szawello & Piotr Szymczak. Permeability oscillations may create favorable conditions for extensive mineral replacement.

• Ulysse Moreau, Milesi, Devau, Thouin et al., Influence of organic matter on the bioenergetic landscape of phytostabilized mine tailings

• Yuankai Yang, Zhang, Deissman, Bosbach, Poonoosamy. Multiscale modelling of ion interactions in compacted clay systems

• Yumeng et al., Reactive transport modeling of barite precipitation and dissolution in fractured granites and its geological and engineering applications

• Ahmad Mostafa, Nicolas Seigneur, Vincent Lagneau, Sébastien Hocquet & Patrice Creux. Reactive transport modelling approach to study Uranium In Situ Recovery in consolidated sandstone deposits

• Ümit Koç, Jérôme Corvisier, Dominique Bruel, Laura Blanco-Martin. Hydrogeochemical Response to Long-term CO2 Injection in Argillaceous Caprock.

• Zhang, DEng, Molins & Dong. The impacts of structural and mineralogical texture on fractured rock alteration

• Santoso, Yang, Lonartz, Poonoosamy. Physics-based machine learning for evaluating microfluidics experiments

• Alt-Epping. Reactive transport simulations in discrete fracture-matrix models.

• Yumeng Wang, Alt-Epping, Deissmann, Poonoosamy. Reactive Transport Modeling of radium migration and co-precipitation in fractured crystalline rocks.

• Noura Addaoui, Soulaine, Aniss & Panfilov. Underground gas storage limited by reaction-diffusion patterns.

• Gimmi, Krejci, Baur, Prasianakis, Churakov, Jenni. Of chances and challenges (when modelling reactive transport of ions in clays and cement)

• Georg Kosakowski, Martin.  Reactive transport modelling of material interface evolution in the HLW Near-field