Welcome to the PerGeos Use Case Gallery
Below you will find a collection of use cases using PerGeos Software. Based on the technology of its predecessor Avizo Software, PerGeos is a robust software platform for visualizing, processing, and analyzing 2D and 3D digital rock image data.
These use cases include scientific publications, articles, papers, posters, presentations or even videos that show how PerGeos is used to address various scientific and industrial research topics.
![Handling Large data in PerGeos](https://usg.fei-software-center.com/backoffice/wp-content/uploads/2018/04/pergeos-pore-space-1.png)
Handling Large data in PerGeos
We introduce here some techniques to visualize and process large data, mostly targeting the high resolution data acquired by Heliscan microCT.
The data is considered as “large” in the sense that its size exceeds the size of the GPU memory and/or the size of the RAM of the machine.
The following workflow:
- Segmentation
- Porosity / Connected porosity determination
- Pore separation / Pore Size distribution
- Grain size distribution
Gwenole Tallec - Thermo Fisher Scientific
![Improving Whole Core Characterization with Automated Log Generation in PerGeos](https://usg.fei-software-center.com/backoffice/wp-content/uploads/2018/04/whole-core-characterization.png)
Improving Whole Core Characterization with Automated Log Generation in PerGeos
The Core Profile Extension, available for PerGeos, provides a powerful toolset for visualization and analysis of whole core CT data. Within this extension the user can load and visualize an entire wells worth of CT data as well as performing detailed analysis of geological and chemical features by utilizing the powerful image analysis library fundamental to PerGeos.
In this example, we illustrate the usefulness of core profile in augmenting traditional core analysis routines and provid... Read more
Gwenole Tallec - Thermo Fisher Scientific
![Laboratory Noble Gas Migration Experiments Through Rock](https://usg.fei-software-center.com/backoffice/wp-content/uploads/2018/01/Vitric-Nonwelded-Tuff.jpg)
Laboratory Noble Gas Migration Experiments Through Rock
The Underground Nuclear Explosion Signature Experiment (UNESE) is a multi-laboratory effort to improve U.S. capabilities to detect, locate, identify, and characterize underground nuclear explosions. Here we present a lab-scale experiment developed to test advective gas transport though rock samples at in-situ conditions, and results of tests performed at ambient conditions on rocks collected from the site of a field-scale experiment. Gas transport results are compared to pore and fracture net... Read more
Sandia National Laboratories, Los Alamos National Laboratory