First principles, deeper insights.

Claiming new ground in subsurface modeling.

We are working on three technology layers that feed one another, continuum plate reconstructions that integrate fundamental data and constrain boundary conditions, thermo-flexural models that resolve basin evolution on top of them, and geodynamic basin models that couple the full physics. We do this through the lens of decades of energy-industry experience, with a keen eye for what it takes to make science useful in the real world.

The first layer is novel global continuum plate reconstructions whereby non-rigid deformation is consistent with physics-based models and plate kinematics are constrained by high-fidelity potential-field data, onshore and offshore geology, and seismic refraction and reflection data. This plate reconstruction methodology is being designed for rapid scenario exploration, customization with client data and metadata capture that traces model elements back to original data sources. Our continuum plate models will enable exploration teams to test play-element hypotheses in a richer, more physically realistic way, while constraining the boundary conditions for the basin models used to assess thermal history, fluid flow, and commodity risk.

The second layer is forward and inverse thermo-flexural modeling of sedimentary basin evolution based on new computational methods and AI-enabled interfaces that streamline complex workflows. These thermo-flexural models provide insights into the relationships between stratigraphic architecture and thermo-mechanical processes in the lithosphere and give a more complete picture of thermal evolution, paleogeography and fluid migration paths.

The third layer is next-generation basin models based on advanced geodynamic modeling methods that more realistically capture the coupled thermo-mechanical, magmatic and fluid-flow processes of the lithosphere and utilize self-consistent plate kinematics and thermo-flexural models to constrain boundary conditions. Our work in geodynamic modeling of basin evolution will also provide insights based on conservation of mass and energy that guide seismic interpretation and geologic mapping.

These products are being built to work seamlessly with generative AI systems, helping new users get up to speed quickly while automating the routine work best left to machines.