Understand near wellbore rock properties, enhance characterization, and optimize drilling and completions strategies.
From geologists working to understand rock properties in the reservoir to petrophysicists conducting multiwell, multizone petrophysical field analyses, we have a long history of providing leading science for evaluating physical rock properties. These workflows form a critical component during reservoir characterization, with our software and services enabling you to extract the maximum value from your investments in log and core data.
Basic to advanced interactive log interpretation.
Benefit from tried-and-tested algorithms within a modern and intuitive interface.
NMR lets you compute porosity, binned porosity, permeabilities, water, and hydrocarbon volumes using an intuitive user interface.
The 3D petrophysics for high-angle and horizontal wells lets you extract the full value from acquired measurements.
Resolve your highly laminated formations using the deterministic Thomas-Stieber or the LowRep method.
Display, organize, and interpret any type of well data in a flexible 2D environment
Integration of all wellbore-centric data types into multidiscipline workflows.
Enable discipline experts to work together and make the best possible decisions from exploration to production.
The graphical tools in the pretest interpretation phase enable easy quality control of the raw pressure versus time data to generate a single dataset.
Integrate core-to-log data in your saturation-height workflow using set of solutions for saturation-height modeling in both the log and core domains.
Integration of all wellbore-centric data types into multidiscipline workflows.
Resolve your highly laminated formations using the deterministic Thomas-Stieber or the LowRep method.
Predict and propagate rock classification groups.
Integration of all wellbore-centric data types into multidiscipline workflows.
Sophisticated image analysis, automatic tool and vendor recognition for raw and processed data, and simplified loading and analysis.
Create geologically consistent fracture models
Integration of all wellbore-centric data types into multidiscipline workflows.
Enable discipline experts to work together and make the best possible decisions from exploration to production.
Build accurate petrophysical models
Enable discipline experts to work together and make the best possible decisions from exploration to production.
Improve operational safety, visualize geomechanical outputs, and compute safe mud-weight windows.
Multiwell pore pressure prediction model
Integration of all wellbore-centric data types into multidiscipline workflows.
Enable discipline experts to work together and make the best possible decisions from exploration to production.
Perform basic and advanced interpretation in a single environment for accurate and integrated models.
Learn More