As an industry leader in reservoir geophysical forward modeling, ColchisFM continues to drive technological innovation. The newly released 2025.1 version introduces CO₂ rock physics forward modeling and 3D visualization of rock physics templates, significantly enhancing its applicability in 4D seismic scenarios such as carbon storage monitoring. This upgrade further reinforces Colchis’ commitment to advancing rock physics research as a fundamental bridge from seismic data to reservoir understanding.

Key Features of ColchisFM 2025.1 – Integrated Reservoir Geophysical Forward Modeling Software

1. CO₂ Rock Physics Forward Modeling

The new CO₂ rock physics forward modeling module allows for quantitative calibration of time-lapse seismic data or inversion results, enabling dynamic monitoring of CO₂ injection.

Post-stack seismic forward modeling of different CO₂ saturation levels in Well 15/9-A16 of the

2. 3D Crossplot Visualization for Well Logs and Rock Physics Templates

A newly developed 3D crossplot module enables intuitive visualization of rock physics templates, providing better insights into well log relationships and reservoir properties.

ColchisRP 3D Well Log Crossplot with Rock Physics Templates

3. Additional Enhancements in ColchisFM 2025.1:

•    Optimized geological model rendering efficiency, achieving asynchronous refresh for large grids. Improved seismic data display performance and speed when added to the model window.

•    Enhanced geological body annotation features and standardized default seismic gain settings.

•    Refined well log interpolation parameters, increasing precision for unconformity formations and gridding speed.

•    Added range constraints for porosity and other curves in ColchisRP.

•    Optimized memory management for pre-stack forward modeling in large survey areas, including GPU parallel processing capability detection.

•    Fixed various known issues for improved stability and performance.

With these latest advancements, ColchisFM 2025.1 continues to provide cutting-edge solutions for reservoir geophysics and seismic forward modeling, empowering geoscientists to achieve more accurate and efficient seismic interpretations.