Uncertainty in subsurface characterization continues to challenge teams working in reservoir evaluation, field development planning and production forecasting. Traditional sequential workflows can introduce bias, limit scenario diversity and fail to capture the full range of subsurface variability—ultimately impacting decision quality.

Are you looking to improve the reliability of your reservoir predictions and make more confident decisions?

Petrophysical analysis is at the heart of so many geoscience decisions. But what if you could move beyond single-value estimates and truly understand the range of possibilities?

Discover how AspenTech Subsurface Science & Engineering solutions help the energy industry deliver secure, sustainable, and affordable energy at lower cost and with fewer emissions.

Understanding key reservoir properties like porosity, permeability, and their interrelationships is crucial for accessing CO₂ injectivity and storage potential in carbon capture and storage (CCS) projects. Traditional regression techniques often fall short in complex reservoirs, where permeability can vary widely across multiple lithologies.

Carbon Capture and Storage (CCS) is at the forefront of sustainability initiatives. As the demand for storage sites increases, there is a pressing need for subsurface technologies that accelerate project timelines—from permitting to monitoring.

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 potential environmental impacts.

Aspen Geolog is the leading solution for advanced formation evaluation and petrophysical analysis, with versatility that also makes it well suited to a diverse number of energy industries such as carbon sequestration and geothermal energy development.

The ability to accurately characterize, model and predict the distribution of rock facies in the reservoir helps understand reservoir quality and behavior.

The relationship between porosity and permeability is a key component of reservoir characterization when trying to maximize hydrocarbon recovery. Are you interested in learning about solutions for rock-type classification and flow unit identification?