Petrophysics / Rock Physics / Geomechanics
COMMERCIAL
Enga suite stands as an advanced and comprehensive platform designed to streamline petrophysical, rock-physics, and geomechanical analysis. An easy-to-use interface for setting up projects, loading up data in various formats like .las and .dlis files, managing datasets, displaying logs, and editing data, which includes merging, depth shifting, and log transformation using correlations and workflow functions. The software also delves deeply into petrophysics, elucidating basic to advanced log theories, evaluations, and complex lithology assessment. Enga offers insights into core data handling, fluid property calculations, shale evaluations, and intricate saturation evaluations using multiple methods and equations.
In addition to petrophysics, Enga encompasses an extensive training in rock-physics modeling, covering topics from measured sonic processing to elasticity theory and saturation modeling. Empirical models, overburden stress, pore pressure prediction, and anisotropy modeling are other notable aspects. Enga also introduces users to 1D geomechanics modeling, which ranges from understanding the fundamentals of geomechanics tasks like wellbore stability and fault reactivation to understanding stress and strain dynamics. Overall, Enga is an efficient solution for professionals looking to harness the power of subsurface modeling and analysis.
MODULES
- Base
- Basic Deterministic Petrophysics
- Mud Logging
- Multi Mineral
- Internal programming (Workflow): Python/C#, Calculator
- Statistics
- Geomechanics and PorePressure
- Geosteering
- RockPhysics including anisotropy modeling
- Low Resistivity Low Contrast analysis (LRLC)
- Carbonate analysis
- Cutoff analysis and summation
- Capillary pressure and Saturation Height Function Modeling (SHF)
- Sand-Silt-Clay (SSC)