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Ralf Haese

Professor

University of Melbourne

Australia

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Ralf Haese is a Professor at The University of Melbourne, Australia. His research areas focus on the application of graph theory to predict fluid flow in geological formations, including studies on CO2 plume migration and mineral dissolution-precipitation processes. He has published extensively on reactive-transport modeling and petrophysical property comparisons of porous rocks, employing advanced techniques such as NMR and Micro-CT. His work contributes significantly to understanding the dynamics of geological CO2 storage and mineral interactions in subsurface environments.

Articles (17)

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2026

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2020

Collaborators (2)

Hailun Ni

Research Assistant Professor

University of Texas at Austin

UNITED STATES

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Achyut Mishra

Assistant Professor

Indian Institute of Technology Gandhinagar

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Ralf Haese

Research Interests

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Articles (17)

Heterogeneity of pore geometry and directional fluid flow behavior in vesicular basalts

Chalcopyrite and gangue mineral surface reactions controlling copper heap leaching: Grain-scale insights using low-voltage microprobe analysis and 3D imaging

Modelling copper mobilization from low-grade ore controlled by mineral surface reactions

Performance assessment of graph theory towards predicting fluid flow in rocks across multiple spatial scales

Impact of mineral dissolution-precipitation on pore geometry during copper sulphide heap leaching

Coupled Dissolution with Reprecipitation (CDR) Reactions and Their Impact on Copper Sulphide Mineral Surface Area and Dissolution Rates

Statistical determination of representative elementary volume for petrophysical properties of vesicular basalts

Graph theory based estimation of probable CO2 plume spreading in siliciclastic reservoirs with lithological heterogeneity

Efficient screening of locations with the best pressure dissemination potential in geological CO2 storage reservoirs with lithological heterogeneity

Development of reactive-transport models simulating the formation of a silica gel barrier under CO2 storage conditions

Comparison of Petrophysical Properties of Porous Rocks Using NMR, Micro-CT, and Fluid Flow Simulations

Conditions and processes controlling carbon mineral trapping in intraformational baffles

Mineral dissolution and precipitation reactions and their net balance controlled by mineral surface area: An experimental study on the interactions between continental flood basalts and CO<inf>2</inf>-saturated water at 80 bars and 60 °C

Validation of a multicomponent reactive-transport model at pore scale based on the coupling of COMSOL and PhreeqC

Composite rock types as part of a workflow for the integration of mm-to cm-scale lithological heterogeneity in static reservoir models

Quantification of the turning point saturation for cross bedded CO<inf>2</inf> storage reservoirs

Sr-isotopic ratios trace mixing and dispersion in CO<inf>2</inf> push-pull injection experiments at the CO2CRC Otway Research Facility, Australia

Collaborators (2)

Hailun Ni

Achyut Mishra

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