Geoscience Stress Modeling Suite

Perform complex geomechanical studies in a simple way

Key Features

  • Enhanced capabilities to match CCUS and Geothermal projects security requirements
  • Increased model resolution and computation efficiency
  • Performs 1D, 3D and 4D simulations in a user-friendly way
  • Accounts for boundary conditions and large numbers of faults and fractures
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Model your fields at extreme resolution incorporating a large number of faults and fractures at seismic scale (...) and gain valuable insights to reduce or avoid seismicity and well failures and to maintain reservoir seal integrity.
– N. Koutsabeloulis, Technical Director, Geomex Software Solutions

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Explore Artemis

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High resolution solutions

High resolution (100+Million cells) solutions in minutes for complex scenarios. Operates in both 1D and 3D using parallel computational technologies on simple laptops to multi-socket multi-core/thread servers.

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Seismic interpretations

Interpret seismic data to petrophysics, geomechanics and reservoir engineering

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Pore pressure predictions

Compute Pore pressure and Pore pressure gradient properties

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Stress predictions

Compute Dynamic and Static elastic, Rock strength and Stress properties

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Wide range of applications

Drilling computations, Trajectory optimization, Reservoir engineering modelling preconditioning (PP), Seismic interpretations for Vs and Density cubes, Geomechanics present-day stress state (magnitudes), Pore pressure computation and more!

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Explore Apollo

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Apollo 3D Stress simulator

Apollo is a numerical solver using Finite Element Method (FEM) to compute effective stress state and stress orientations over the geoscience stress model in high resolution.

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Apollo 4D Stress simulator

Combine 4D coupled flow/stress one-way reservoir modeling with Apollo to compute the effects of pressure and temperature changes on the reservoir integrity

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Faults and Fractures

Apollo accounts for thousands of faults and millions of fractures, hence increasing the reliability of the leakage risk predictions.

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Strain boundary conditions

Define the external strain conditions applied on the boundaries of the geoscience stress model for a more accurate and realistic numerical solution.

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Wide range of applications

Cap-rock and reservoir integrity, compaction & subsidence, sand production potential, fault & fracture re-activation potential, seismicity, pore collapse and more!

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