Aspen Geolog™
The industry standard for advanced petrophysical analysis, providing best-in-class petrophysical and geological analysis tools, well data management, superior graphics and robust data integration to meet today’s energy challenges.
The Only Petrophysical Toolkit You'll Ever Need
Reduce Formation Evaluation Uncertainties
Improved Efficiency and Quality
Expanded OSDU® Connectivity
Scalable and Customizable
In operation at 90% of the top-producing oil companies around the world, Aspen Geolog is unmatched in terms of its best-in-class petrophysical and geological analysis tools, well data management, superior graphics and robust data integration.
Aspen Geolog combines technological superiority with a modern, user-friendly interface that is consistent across multiple platforms.
Video
The industry-leading Aspen Geolog formation evaluation software suite is a powerful, multi-well, multi-user petrophysical analysis solution, delivering unprecedented productivity and reduced time to...
White Paper
Formation evaluation plays an essential role in helping decision makers locate and evaluate suitable geological formations for sustainable resource utilization, as well as predict and mitigate...
Case Study
One of the key challenges in accelerating decision-making and reducing the development cycle of any operational E&P prospect is to seamlessly share the same updated data with all parties involved in...
Case Study
Learn how Aspen Geolog Multimin was used to help a company in Switzerland find a suitable site for the deep geological disposal of radioactive waste. Aspen Geolog Multimin provided detailed and...
Case Study
This was one of the first unconventional hydrocarbon plays undertaken by a major operator in the thick stratigraphic interval of the Montney Formation, Altares area in Northern British Colombia.
Data Sheet
The ability to accurately characterize, model and predict the distribution of rock facies in the reservoir helps understand reservoir quality and behavior.
Article
Pore pressure prediction and poroelastic modeling help understand the mechanical properties of the subsurface and are regularly used in industries such as oil and gas, geothermal, and CO2 storage.