COMPUTATIONAL GEOFLUIDS RESEARCH
We specialize in developing and implementing quantitative methods to understand natural and engineered geological fluid systems. Student scholars in the Computational Geofluids Laboratory have access to a variety of field instrumentation, including a terrestrial LiDAR system with integrated thermal camera, high precision GPS, and a variety of temperature data loggers and thermal conductivity probes. The laboratory comprises both Mac and PC desktop workstations, a 36-core Linux server, and direct access to the VT Advanced Research Computing facility. We implement a variety of porous media and reactive transport simulation codes, ArcGIS 10.x, and numerous geostatistical software routines. And when packaged software does not meet our research needs, then we write our own codes.
Click images to learn about our research
Earthquakes are now a regular occurrence across much of the mid-continent United States. These earthquakes are often caused by oilfield wastewater disposal. Our lab studies the geospatial characteristics of injection induced earthquakes and the hydrogeological processes that cause them.
How do wastewater injection well locations and rates relate to earthquake locations?
Geologic CO2 Sequestration
Carbon capture and geologic sequestration (CCS) is the process of injecting carbon dioxide into deep geologic formations to mitigate the adverse effects anthropogenic CO2 emissions. Our research in this area focuses on understanding how spatially uncertain geologic properties affect CCS operations.