3d modeling

Stress

Prediction

Learn More

3d modeling

Fast & adaptive modeling solutions

Robust geomechanics

State-of-the-art technology

Advanced evaluation

Machine learning assisted data and model analysis

Ensemble modeling

Combined statistical & mechanical modeling to quantify uncertainties

tectonic processes

Geological

Evolution Models

With many years of experience in academia, we are experts in modeling geological formation processes on various scales.

Geodynamics

Continental Scale

Geodynamics

We have strong expertise in modeling large-scale geodynamic processes. Our models help to understand complex feedback mechanisms and identify key properties to explain geophysical observations.

numerical modeling

Robust

Geomechanics

Our models can handle complex geometries and provide a robust  geomechanical feedback given the uncertain rock properties.

statistical modeling

Uncertainty

Analysis

Our thermomechanical modeling tools are robust and fast. We combine them with statistical modeling to quantify uncertainties of our simulation results

HPC

High performance

Computing

Our tools are highly scalable and problems of any size can be processed with the help of high-performance computers.

High-dimensional

Data

Analysis

Natural data and model predictions are not always easy to process and analyze. Many parameters and components can be involved that span a high-dimensional space.

Underground storage

Salt

Structures

Salt rock formations serve as host rocks for salt solution mining, caverns, and other underground storages. They are an important host rock for storing strategic oil and gas reserves, compressed air, and hydrogen and thus an essential part of the energy transition. Currently, salt formations are considered as host rocks for the storage of radioactive waste in many countries.

CCC

Cavern

Abandonment

We are a member of the cavern closure consortium (CCC). Together with our partners from engineering and micro structure analysis, we consult clients from salt solution mining industry.

geothermics

Reservoir

Flow

 

We specialize in multiscale permeability prediction for THM reservoir simulations, leveraging Stokes and Darcy approaches to accurately model and upscale permeability across different scales. Our simulations bridge the gap from fracture/pore scale to fault zone/fracture network scale and ultimately to the reservoir scale, enhancing the precision of hydraulic stimulation tests and optimizing subsurface performance.

Additionally, we provide THM simulation solutions to support hydraulic stimulation tests across multiple scales, ensuring optimized subsurface performance.