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PerGeos for Digital Rock Analysis
3D visualization, analysis and simulation software
Digital Rock encompasses a multi-disciplinary approach involving advanced microscopy and physics combined with geology, geochemistry, petrophysics, and petroleum engineering to understand the pore-scale microstructure of reservoir rock. It is used to help E&P operators reduce exploration and production risk while informing decision-making to improve recovery.
Add more value to your Digital Rock Analysis workflows with Thermo Scientific PerGeos Software.
Using PerGeos Software and its data extraction capabilities, R&D Scientists and Technology and Asset teams can analyze, simulate and visualize 2D and 3D digital rock imagery to improve evaluation of reservoir quality and more quickly understand static and dynamic rock properties that impact production.
Thanks to its unparalleled capabilities such as Multiscale Imaging, Dual Energy Computed Tomography (DECT), Two-Phase Flow Simulation and many more, PerGeos Software is a unique solution that allows you to solve complex challenges from a single environment.
PerGeos Software applications
PerGeos Software provides powerful algorithms to support image analysis, segmentation and built-in automation that will aid in adding statistical weight to observations from core material. The analysis capabilities in PerGeos Software help you quantitatively extract and measure data.
- Segmentation and porosity calculation
- Pore-space characterization
- Grains size and shape analysis
- High-Z mineral segmentation and distribution analysis
- Core CT image assembly
- Fracture dip and strike analysis
- Vugular pore-space characterization
- Pores, grains, clays, organic matter quantification
- Organic versus mineral pores analysis
Go further with unique PerGeos Software capabilities
Core Profile
Core Profile is a powerful whole-core data application that enables co-visualization of whole-core CT, core photography, and petrophysical logs in a single workspace. Core Profile also creates virtual logs based on whole-core CT data for further calibration and communication of how changes in rock type impact how petrophysical properties are measured down-hole.
Petrophysics
The Petrophysics extension includes direct pore-scale models of Absolute Permeability, Electrical Resistivity, Thermal Conduction, and Molecular Diffusivity. You are now able to better understand your reservoir performance!
For petrophysicists, PerGeos Software provides easily automated workflows to calculate petrophysical properties and pore statistics, such as pore size and network connectivity, from image data.
- Fluid flow simulation - Permeability calculation
- Electrical flow simulation - Formation factor calculation
- Mercury Injection Capillary Pressure simulation
- Pseudo-log generation
- Co-visualization of core CT image, wireline logs, unwrapped core image
Go further with unique PerGeos Software capabilities
Pore Network Statistics
The PNS extension provides a workflow to generate and extract a pore network model (PNM) based on 3D image data. PNS provides insight into pore and throat size distributions as a natural outcome of producing a pore network model.
Petrophysics
The Petrophysics extension includes direct pore-scale models of Absolute Permeability, Electrical Resistivity, Thermal Conduction, and Molecular Diffusivity. You are now able to better understand your reservoir performance!
Pore Network Flow
The PNF extension offers a platform for simulating two-phase flow processes. Primary drainage, waterflooding, and secondary drainage processes can be simulated using this tool. Relative permeability, capillary pressure, and resistivity index plots are generated for each simulated process.
Dual Energy Computed Tomography (DECT)
DECT technology adds value to whole-core CT analysis workflows, by providing you with actual density information that can be compared to density logs and used for further characterization of rock formations. This enables you to compare whole-core CT images across multiple formations and wells.
For reservoir engineers, PerGeos Software provides a platform for analyzing storage and flow capabilities of reservoir rocks based on image data.
- Relative permeability
- Capillary pressure
- Resistivity index calculation
- Two-phase flow simulation
Go further with unique PerGeos Software capabilities
Pore Network Flow
The PNF extension offers a platform for simulating two-phase flow processes. Primary drainage, waterflooding, and secondary drainage processes can be simulated using this tool. Relative permeability, capillary pressure, and resistivity index plots are generated for each simulated process.
Petrophysics
The Petrophysics extension includes direct pore-scale models of Absolute Permeability, Electrical Resistivity, Thermal Conduction, and Molecular Diffusivity. You are now able to better understand your reservoir performance!
Pore Network Statistics
The PNS extension provides a workflow to generate and extract a pore network model (PNM) based on 3D image data. PNS provides insight into pore and throat size distributions as a natural outcome of producing a pore network model.
Core Profile
Core Profile is a powerful, whole-core data application that enables co-visualization of whole-core CT, core photography, and petrophysical logs in a single workspace. Core Profile also creates virtual logs based on whole-core CT data for further calibration and communication of how changes in rock type impact how petrophysical properties are measured down-hole.
Dual Energy Computed Tomography (DECT)
DECT technology adds value to whole-core CT analysis workflows, by providing you with actual density information that can be compared to density logs and used for further characterization of rock formations. This enables you to compare whole-core CT images across multiple formations and wells.
For core analysts, PerGeos Software provides a set of tools for analyzing experimental data as well as performing simulations of physical phenomena based on image data.
- Sub-resolution porosity calculation by difference imaging
- Fluid saturation calculation by difference imaging
Go further with unique PerGeos Software capabilities
Core Profile
Core Profile is a powerful, whole-core data application that enables co-visualization of whole-core CT, core photography, and petrophysical logs in a single workspace. Core Profile also creates virtual logs based on whole-core CT data for further calibration and communication of how changes in rock type impact how petrophysical properties are measured down-hole.
Dual Energy Computed Tomography (DECT)
DECT technology adds value to whole-core CT analysis workflows, by providing you with actual density information that can be compared to density logs and used for further characterization of rock formations. This enables you to compare whole-core CT images across multiple formations and wells.
Petrophysics
The Petrophysics extension includes direct pore-scale models of Absolute Permeability, Electrical Resistivity, Thermal Conduction, and Molecular Diffusivity. You are now able to better understand your reservoir performance!
Pore Network Flow
The PNF extension offers a platform for simulating two-phase flow processes. Primary drainage, waterflooding, and secondary drainage processes can be simulated using this tool. Relative permeability, capillary pressure, and resistivity index plots are generated for each simulated process.
Pore Network Statistics
The PNS extension provides a workflow to generate and extract a pore network model (PNM) based on 3D image data. PNS provides insight into pore and throat size distributions as a natural outcome of producing a pore network model.
Multiscale imaging: from core to pore
- Core CT Image Assembly
- Fracture Dip and Strike Analysis
- Vugular Pore-Space Characterization
- Pseudo-Log Generation
- Co-Visualization of Core CT Image, Wireline Logs, Unwrapped Core Image
- Porosity and Fluid Saturation Profile Calculations Based on Difference Imaging
- Core Density and Atomic Number Characterization
- Core Classification Based on Reference Materials
- Pores, Clays, and Grains Segmentation, Porosity Calculation
- 3D Pore-Space Characterization
- 3D Grains Size and Shape Analysis
- High-Z Mineral Segmentation and Distribution Analysis
- Permeability Calculation – Fluid Flow Simulation
- Formation Factor Calculation – Electrical Flow Simulation
- Mercury Injection Capillary Pressure Simulation
- Relative Permeability, Capillary Pressure, Resistivity Index Calculation - Two-Phase Flow Simulation
- Sub-Resolution Porosity Calculation by Difference Imaging
- Fluid Saturation Calculation by Difference Imaging
- Mesh Model Generation
- Image Registration
- Fracture Aperture Map Characterization
- Pores, Grains, Clays, Organic Matter Quantification
- Pore-Space Characterization
- Grains Size and Shape Analysis
- Grains Mineralogical Analysis
- Mineralogical Associations
- FIB-SEM Pre-Processing Workflow
- Pores, Clays, Organic Matter, Grains Quantification
- Pore-Space 3D Characterization
- Grains 3D Size and Shape Analysis
- Organic versus Mineral Pores Analysis
- Mercury Injection Capillary Pressure Simulation
- Permeability Calculation – Fluid Flow Simulation
The solution of choice for Digital Rock Analysis
PerGeos Software is comprised of the most advanced set of artifact removal, filtering, and analytical algorithms on the market. It can be used as a standalone software platform or bundled with a variety of applications to customize the user experience with additional functionality for digital core analysis at multiple scales.
- Collaborative Core Analysis - Multi-disciplinary sharing of information to build a common rock model
- Consistency in Data Processing and Modeling - Automated workflows to streamline efficiency and implement best practices
- Confidence in Results - Multi-scale, multi-modal image analysis to help users validate observations and properties from a variety of datasets
- Customized for Oil & Gas - The most advanced set of artifact removal and analytical tools on the market designed specifically for oil & gas reservoir characterization and digital rock analysis
e-Core Software
Solve your toughest digital rock analysis challenges using High Performance Computing
| Pores, organics and grain segmentation | Two-phase flow simulation |
| Pore space classification | Multi-scale, multi-modality analysis |
| Grain characterization and size distribution | Permeability simulation and analysis |
| Dual Energy Computed Tomography (DECT) | AI-based digital petrography |
