tNavigator v25.2

tNavigator is a state-of-the-art reservoir modelling and simulation platform, offering a wide range of advanced innovative tools for geoscience, reservoir and production engineering disciplines.

tNavigator is the ultimate all-in-one solution for reservoir management, seamlessly integrating every stage of your project from seismic interpretation to surface network optimisation, in one sophisticated package.

 Simulator Core  

- Full GPU Support for thermal CO2STORE models and Blackwell GPU architecture  

- Enhanced Compositional Modeling with phase-specific transport coefficients  

- Intelligent Well Grid Coarsening for intersecting well paths  

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 AI Assistant  

- Local Linux Deployment within private networks  

- Interactive Python Code Generation for automated workflow scripting  

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 Geomechanics  

- Critical Pore Pressure Prediction for compaction and subsidence analysis  

- 3D Wellbore Stability Analysis in complex reservoir grids  

- New Charts & Stereonets for safer drilling trajectory planning  

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 Assisted History Matching  

- Grouped Variable Sensitivity Analysis for efficient multi-parameter optimization  

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 Geology & Model Designer  

- OSDU Cloud Platform Integration for seamless data management  

- Enhanced Object Search and next-generation visualization tools  

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 Mining & Seismicity  

- Advanced Implicit Modeling and cross-section tools  

- Improved Seismic Data Handling with enhanced export and TDR management  

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 Geosteering  

- Real-Time Well Switching for dynamic drilling planning  

- Log Statistics & Synthetic Log Generation for informed decision-making  

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 Network, Well, Fracture & PVT Designer  

- Advanced Flow Constraint Controls  

- Thermal VFP Table Generation  

- Fracture Initiation Modeling  

- Extended PVT Correlation Libraries  

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 API Server & RPDesigner  

- New Project Workflow Methods  

- Enhanced Buckley-Leverett Analysis for displacement efficiency modeling  

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 MBA Module  

- EOR Fluid Property Support  

- Improved History Matching Capabilities for complex recovery mechanisms  

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Note: This version emphasizes GPU acceleration, AI-driven workflows, and multi-disciplinary integration (geomechanics, geosteering, EOR) for reservoir simulation and energy transition applications.

Seismic interpretation

Geology Designer:Static modelling

Model Designer:Pre- and post-processing, dynamic and integrated modeling, field development planning

Mining Designer:Mineral deposits modeling

Geosteering:Drilling support

RP Designer:Relative permeability modeling

MBA:Material balance analyser

Reservoir Performance:Performance analyser

Network Designer:Surface facilities modelling

PVT Designer:Fluid modeling

Well Designer:Well modelling

Geomechanics modelling

Fracture Simulator:Hydraulic fracture modeling

Simulation:Run blackoil, compositional, thermal and integrated models

AHM & Uncertainty:Assisted History Matching, uncertainty analysis, optimization