Imperial College Consortium on Pore-Scale Modelling Annual Review 13 th January 2014 Martin Blunt

1. Imperial College Consortium on Pore-Scale Modelling Annual Review 13th January 2014 Martin Blunt Department of Earth Science and Engineering Imperial College London

2. Agenda 9:30am Coffee 10:00am Martin Blunt: Welcome and review of progress 10:15am Matthew Andrew: Reservoir-condition pore-scale imaging: contact angle, wettability, dynamics and trapping 11:00am  Kamal Singh: Pore-scale imaging of fluid flow through porous media using synchrotron X-ray mirco-tomography 11:30am Joao Nunes: Pore-scale modelling of dissolution and comparison with experiment 12:00pm Zaki Al-Nahari: Simulation of reactive transport on pore-space images 12:30pm Lunch 1:45pm Branko Bijeljic: Giga-scale simulation and analysis 2:15pm  Ali Raeini: Direct simulation of multiphase flow and the balance of forces 3:00pm Rafi Blumenfeld: Statistical mechanics for structure-property relations in 3D: Formulation and tests 3:30pm Edo Boek: Pore-scale events to relative permeability using micro-models and lattice Boltzmann simulations 4:00pm Tarik Saif: Planned research on unconventional oil and gas 4:15pm  Discussion and close 6:30pm Dinner: Polish Club

3. Reporting and new ideas for 2014 All our publications, theses, reports and presentations are available on our website: http://www3.imperial.ac.uk/earthscienceandengineering/research/perm/porescalemodelling • Giga-scale imaging, simulation and analysis. • Reservoir-condition pore-scale imaging of displacement and reaction coupled with direct simulation of these processes. • Pore-scale analysis of force balances and rigorous pore-to-network upscaling. • More emphasis on validation and direct pore-space computation.

4. Personnel and projects Current group: • Martin Blunt, Professor of Petroleum Engineering – overall supervision. • Branko Bijeljic, Research Fellow – dispersion and reactive transport in porous media. • Edo Boek, Senior Lecturer in Chemical Engineering – fundamentals of flow in porous media and wettability. • Rafi Blumenfeld, Research Fellow – statistical analysis of granular packs. • Ali Raeini – Post-doc, multiphase flow on pore-space images (Total project). • Zaki Al-Nahari – 3rd year PhD student – Reactive transport. • Matthew Andrew – 3rd year PhD student – Pore-scale imaging. • João Paulo Nunes – 2nd year PhD student – Reactive transport and multiphase flow. • Tarik Saif– 1st year PhD student – Oil shale. Plus interaction with the Qatar programme (Kamal Singh etc).

5. Challenges from 2013 • Dealing with data over a range of scales. How to have a representative image or network: developing multiscale – macro and micro-porosity – networks and a generalized network generation methof. • Computational efficiency on new platforms. Continue to improve computational efficiency – billion-cell simulation. • Improved network extraction and modelling. How reliable are our extraction algorithms? Use pore-level direct simulation to upscale properties rigorously. • Wettability characterization and pore-scale verification. Pore-by-pore contact angle measurement in situ at reservoir conditions. • What do we use pore-scale modelling for? Balance of forces, start of upscaling, identification of the generic nature of transport.

6. Many thanks

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