Martin Blunt

Professor of Flow in Porous Media

Imperial College London

United Kingdom

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Professor Martin Blunt is a respected academic specializing in Flow in Porous Media at Imperial College London, UK. His research interests encompass various aspects of fluid behavior in porous materials, particularly focusing on topics such as polymer fluid permeation, geological CO2 storage, and underground hydrogen storage. Recent publications include studies on pore-scale imaging and modeling, as well as the effects of wettability and connectivity in carbonate rocks.

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2022

Collaborators (9)

Auli Niemi

SWEDEN

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Yihuai Zhang

University of Glasgow

UNITED KINGDOM

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Ali Qaseminejad Raeini

UNITED KINGDOM

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Xiaolei FAN

Reader in Chemical Engineering

The University of Manchester

UNITED KINGDOM

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Michael Short

Professor of Engineering

Teesside University

UNITED KINGDOM

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Tracey Crosbie

Teesside University

UNITED KINGDOM

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YING GAO

NETHERLANDS

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Branko Bijeljic

Imperial College London

UNITED KINGDOM

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Fabio Inzoli

Full Professor

Politecnico di Milano

ITALY

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Martin Blunt

Research Interests

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About

Articles (28)

Particle-Scale Simulation of Polymer Fluid Permeation in Sand

Trapping and remobilization during geological CO2 storage: A pore-scale imaging and modeling study

Micro-CT imaging of drainage and spontaneous imbibition for underground hydrogen storage in saline aquifers

Drive mechanisms and hydrogen recovery in underground storage: a material balance and simulation approach

Pore-network modeling of polymer flow in porous media

Wettability, pore occupancy, connectivity and Ostwald ripening of nitrogen, carbon dioxide, and hydrogen in carbonate rocks: A comparative study

Pore-scale imaging and analysis of secondary surfactant flooding in a heterogeneous carbonate rock

Ostwald ripening leads to less hysteresis during hydrogen injection and withdrawal: A pore-scale imaging study

Pressure decline and gas expansion in underground hydrogen storage: A pore-scale percolation study

Domain adaptation neural network based prediction of real-time drill bit tooth wear

Gradient Information Enhanced Image Segmentation and Automatic In Situ Contact Angle Measurement Applied to Images of Multiphase Flow in Porous Media

Generation of pore-space images using improved pyramid Wasserstein generative adversarial networks

Transport and deposition of nanoparticles in porous media at the pore scale using an Eulerian-Lagrangian method

Pore-to-meter scale modeling of heat and mass transport applied to thermal energy storage: How local thermal and velocity fluctuations affect average thermal dispersivity

Research Needs in Porous Media for the Energy Transition

Incorporation of Sub‐Resolution Porosity Into Two‐Phase Flow Models With a Multiscale Pore Network for Complex Microporous Rocks

Trapping, hysteresis and Ostwald ripening in hydrogen storage: A pore-scale imaging study

Why gravity improves waterflood recovery in oil-wet and mixed-wet reservoirs

Pore-scale characterization of residual gas remobilization in CO2 geological storage

Pore‐to‐mesoscale network modeling of heat transfer and fluid flow in packed beds with application to process design

Pore‐Scale Determination of Residual Gas Remobilization and Critical Saturation in Geological CO2 Storage: A Pore‐Network Modeling Approach

Pore‐Scale Observations of Hydrogen Trapping and Migration in Porous Rock: Demonstrating the Effect of Ostwald Ripening

Representation of Fully Three‐Dimensional Interfacial Curvature in Pore‐Network Models

Pore-scale modeling of two-phase flow: A comparison of the generalized network model to direct numerical simulation

Steady-state three-phase flow in a mixed-wet porous medium: A pore-scale X-ray microtomography study

The impact of bimodal pore size distribution and wettability on relative permeability and capillary pressure in a microporous limestone with uncertainty quantification

Using magnesium oxide nanoparticles in a magnetic field to enhance oil production from oil-wet carbonate reservoirs

Assessment and uncertainty quantification of onshore geological CO2 storage capacity in China

Collaborators (9)

Auli Niemi

Yihuai Zhang

Ali Qaseminejad Raeini

Xiaolei FAN

Michael Short

Tracey Crosbie

YING GAO

Branko Bijeljic

Fabio Inzoli

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