Enable integrated workflows across subsurface disciplines to accelerate formation evaluation throughout the asset lifecycle.
Experience a user-friendly, integrated solution that connects subsurface evaluation and reservoir engineering workflows – for both single and multi-well studies.
Deliver accurate evaluations of conventional and unconventional reservoirs using a comprehensive range of petrotechnical tools.
Reduce uncertainty in complex analyses with a more accurate characterization of rock properties for taking better and improved decisions.
Efficient Interdisciplinary Workflows
Connect petrophysics, geomechanics, rock physics, and other advanced analyses on a single petrophysical platform.
Confident Reservoir Characterization
Run deterministic or probabilistic workflows to generate accurate petrophysical interpretations for a deeper understanding of subsurface formations.
Transform Analysis into Decisions
Share subsurface data and dynamic models and enable multi-domain collaboration to improve integration between teams, even in complex plays.
Perform single-well to basin-scale analyses on a unified platform with interconnected workflows powered by machine learning.
Apply neural networks, SOM (Self Organizing Maps), and other machine learning approaches to predict continuous logs or discrete zonations.
Helps maximize the value of data with accurate and reliable analysis.
Store, search, and retrieve well data from across the entire field with OpenWorks® project data management system.
Apply Monte Carlo simulations to quantify uncertainty on petrophysical deliverables.