Doctoral project Tom Bultreys

Unravelling unsteady fluid flows in porous media with 3D X-ray micro-velocimetry

Developing novel 3D particle tracking velocimetry methods for porous media

Doctoral project Gülce Kalyoncu Pakkaner

Doctoral project Soetkin Barbaix

Experimental investigation of bubble flow physics in microstructures

Fluid transport and hydromechanical coupling in fractured rocks

Large-scale underground hydrogen storage in karst aquifers

Measuring and upscaling unsteady fluid flows in porous media using 3D X-ray velocimetry

Multiphase flow in porous media: investigating characteristic time and length scales from μm to cm using 4D micro-CT

Multiscale aspects of two-phase flow in rocks: a 3D imaging study from pores to cores.

Unravelling unsteady fluid flows in porous media with 3D X-ray micro-velocimetry

Combining µCT and SIP in dynamic experiments to reveal the electrical signature of volcanic hydrothermal processes

Doctoral project Gülce Kalyoncu Pakkaner

Doctoral project Nektaria Panou

Exploration of X-ray dark-field tomography for the characterization of mineral building materials

Linking wettability to multiphase flow in rocks: a pore-scale investigation using 4D X-ray microtomography

Multiphase flow in porous media: investigating characteristic time and length scales from μm to cm using 4D micro-CT

Multiscale aspects of two-phase flow in rocks: a 3D imaging study from pores to cores.

Pore-scale imaging of solute and colloid transport

BE-HyStore - Underground H2 storage at Loenhout

BOF ZAP professorship in porous materials science

Complex fluid flows through porous media in environmental sustainability applications

Monitoring PFAS contamination and its remediation in the subsurface from the pore to the field scale

Underground hydrogen storage in carbonate saline aquifers - a multidisciplinary approach to elucidate the relationship between reactivity and flow.

A photon-counting multi-line detector for new X-ray imaging capabilities

Can ERT reveal the dynamics of volcanic hydrothermal systems? (ERupT)

Energy storage in the geological subsurface: impact of salt precipitation in porous media

From pore to core: understanding multiphase flow in rocks from the μm- to the cm-scale using multi-scale X-ray imaging

Solving barriers to time-resolved 3D x-ray imaging with a new data acquisition and processing paradigm

3D X-ray velocimetry to explain fluid flow dynamics inside porous materials

A new data-assisted modelling paradigm for flow in rocks at the pore scale

BOF ZAP professorship in porous materials science

Fluid flow simulations in multi-scale porous geo-materials