Digital Rock Physics & Core Analysis with GeoDict
Simulate Transport and Mechanical Properties Based on Real Rock Microstructures
GeoDict by Math2Market provides geoscientists and engineers with a comprehensive toolset for 3D simulation of porous rocks. Using real imaging data from micro-CT scans or digitally generated rock models, GeoDict enables the analysis of flow, transport, and mechanical properties—without destructive testing.
This digital approach supports applications across the energy and environmental sectors, including reservoir evaluation, carbon storage, and hydrogeological studies.
From Rock Image to Reservoir Insight
GeoDict transforms micro-CT scans and other 3D imaging datasets into simulation-ready digital twins of rock cores. These digital samples can then be analyzed and virtually tested for critical petrophysical and transport properties—enabling detailed rock characterization without destroying the sample.
Whether you’re working with sandstone, carbonate, shale, or reservoir analogs, GeoDict adapts to the complexity of your geology and your research goals.
Supported applications include:
- Oil & gas reservoir evaluation
- Carbon capture and storage (CCS)
- Geothermal systems
- Hydrogeology and water management
- Underground hydrogen and energy storage
Explore Rock Microstructure Through Simulation
Request a concultancy today and explore how GeoDict transforms 3D rock data into actionable insights.
What You Can Simulate with GeoDict
✔ Permeability and fluid transport
Simulate single-phase or multiphase fluid flow to evaluate how porous networks behave under reservoir conditions.
✔ Electrical and diffusive transport
Analyze formation factor and effective diffusivity to support petrophysical interpretation.
✔ Mechanical deformation
Model how rocks respond to pressure, stress, and other mechanical forces.
✔ Structural evolution and segmentation
Track changes in the rock structure over time or during in-situ experiments using repeated scans.
All simulations are performed directly on the voxel-level structure, ensuring realistic results and reliable predictions.
Application Areas
GeoDict is ideal for applications such as:
- Digital core analysis (DCA)
- Reservoir characterization
- Enhanced oil and gas recovery
- CO₂ and hydrogen storage studies
- Groundwater flow modeling
- Petrographic and structural analysis
Its flexibility and accuracy make it suitable for both research and industry-focused digital rock workflows.
🚀 Why Use GeoDict for Digital Rock Physics?
🖼 Works directly with 3D imaging data
📊 Delivers quantitative, reproducible measurements
🔬 Supports single- and multiphysics simulations
⚙️ Modular tools for flow, transport, and mechanics
🌍 Supports energy transition applications