Improve Structural
Continuity
Super Resolution
Seismic
Super Resolution
Inversions
Super Resolution Spectral
Decomposition
Recover Missing Log
Information
Accurate Fault
Models
High Precision Horizon
Cubes
Production Analytics &
Forecasting
Jittery amplitudes and ambiguous fault interpreation
Jittery amplitudes and ambiguous fault interpreation
Improvement over limitations of conventual smoothening & filtering algorithms
Missing stratigraphic details & inconsistent well ties on lower resolution legacy data
Storm 2.0 reveals finer stratigraphic details closer to well log resolution with consistent well ties
Free from amplitude and phase distortions. Well guided structurally constrained resolution enhancement with improved signal-to-noise ratio
Later variation of rock properties in thin beds away from the well missing
Strike reveals lateral rock property variations in thin beds away from the well
An unbiased, wavelet and phase stationarity assumption-free deep learning inversions architecture that generates realistic geologic models away from the wells.
Ambiguous localization of the low frequency anomaly
Precise location in time for the low frequency anomaly resolved using Wdge.
Improvement over limitations of conventual Fourier transform based spectral decomposition providing sharper resolution of low frequency anomalies.
AI generated fault picks
Unsupervised reconstruction of fault surfaces
Detailed and accurate correlation of discontinuities and mapping of fault planes with their genetic relationship.
Surface Extraction from Horizon cube
Honours tracking across faults
Workflow utilizing a combination of unconformity detection, horizon mapping and chrono stratigraphy tracking algorithms running on super resolution inputs.
Prolytix Volume
Optimized well paths
AI based integrated modelling to locate hydrocarbon sweet spots and leftover oil & gas inn 3D space at mid life & mature stages of field development.