Researchers in the Discovery Geoscience Program Domain work at the cutting edge of observation, measurement and simulation of fluid-rock processes through the use and development of methods that span the molecular and field scales.
Enhancing the performance and predictability of subsurface storage systems by understanding the molecular and nanoscale origins of CO2 trapping processes, and developing computational tools to translate to larger-scale systems.
Donald J. DePaolo
djdepaolo@lbl.gov
Studying the fundamental chemical controls on the structure, properties and evolution of rock-fluid systems in terrestrial and subsurface Earth settings.
Benjamin Gilbert
bgilbert@lbl.gov
Understanding the impact of fluids injected into the subsurface is essential for a host of activities that have material benefits for society. The long-term mission of the BES Geophysics Program is to improve our ability to monitor and image in space and time where injected fluids migrate and what alterations they make to the Earth’s subsurface.
Steven R. Pride
srpride@lbl.gov
Developing and applying knowledge of stable isotope fractionation processes to provide insights into the controls on mineral precipitation and material transport in fluid phases.
Donald J. DePaolo
djdepaolo@lbl.gov
The Earth’s subsurface is a vast realm that is immensely valuable not only for the production of energy and mineral resources, but also for the sustenance of surface ecosystems and for newer applications such as the storage of waste materials. Any activity that accesses the subsurface causes geomechanical, geochemical, and hydrological changes. These changes can drastically limit the effectiveness or longevity of a subsurface technology or resource, and cause unwanted impacts on other surface or subsurface systems. Two major challenges in subsurface science that are relevant to numerous aspects of the U.S. energy system are:
The Discovery Geosciences Program Domain is part of EESA’s Energy Geosciences Division.
