Current PhD projects affiliated with DTU Compute

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  Integrated study of reservoir souring in chalk reservoirs

  Ali Mahmoodi: Reservoir souring, simulating how tiny bacteria live hundreds of meters underground and how it affects our lives
• Enhancing oil recovery in the Danish North Sea by understanding fractures and...

  Aslaug Clemmensen Glad: The project aims at identifying key physical quantities for natural fracture formation in Lower Cretaceous rock to help inform stochastic...
• Role of micro-cracks on fluid flow and mechanical response of chalk formations

  Carlos Augusto Soares Ferreira: How modelling fractured porous media might help us in the energy transition.
• Ultra‐low concentration of chemical treatments for injectivity management of...

   Hamed Moosanezhad Kerman: Ultra‐low concentration of chemical treatments for injectivity management of PWRI 
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  How to make oil production more efficient and greener using computational tools

  Helton Magno de Araujo Ciriaco: Computational tools and representative experimental data allow for more accurate oil production prediction in field scale with...
• An integrated study for reservoir clogging: a pore-scale to near well scale approach

  Hossein Younesian Farid: Reservoir clogging by bacterial species!
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  Improving reservoir souring treatments for chalk formations

  Mohammad Reza Alizadeh Kiapi: Tiny bacteria deep down in the ground, friends or foes? Can we find a way to live together!
• Temperature Effects on Recovery Processes in Chalk Reservoirs

  Seyedbehzad Hosseinzadeh: Temperature plays an important role in the reactive transport process in porous media. The temperature may influence geochemical reactions...