Building a facies model that can incorporate complex facies and environments is always a challenge. Read how the unique Hierarchical Truncated Plurigaussian Simulation in Aspen RMS helps create stochastic facies models that simplify complex geological variables while delivering optimal performance.

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.

Learn how AspenTech University can help organizations to navigate challenges and compete at the highest level with our end-to-end competency development curriculum. AspenTech University offers flexible, expert-led classes that teach the in-depth knowledge and skills required to fully apply AspenTech solutions. Learn by solving real-world problems through hands-on exercises.

The upstream oil and gas exploration and production industry is looking for ways to reduce costs while minimizing emissions, water use and other environmental impacts. Near-field exploration and development enables producers to leverage already depreciated costs in operating infrastructure and extend the life of a declining field by accessing new or previously bypassed reservoirs.

Global energy companies trust the AspenTech® Subsurface Science & Engineering portfolio to solve their most complex exploration and production challenges while reducing geological risks and minimizing impact on the environment. Get a quick look at our products, with QR codes linking to more details. Download now.

To make better reservoir management decisions, workflows covering the entire geosciences and reservoir engineering domains are customarily used. Facies modeling is an important part of these workflows, as it defines the main flow pattern in the reservoir and represents a geological understanding of the depositional environment.

Upstream companies today must achieve operational excellence by reducing emissions and utility demands, improving production at existing assets and replacing and expanding reserves while exhibiting capital discipline.

To turn a waste oil handling site into a seaside residential and commercial gem, it was necessary to assess the near surface. This case study explains how Aspen RMS™ geologic modeling software was used to conduct a geological analysis of the area through an integrated geological modeling process.

Aspen RMS™ reservoir modeling software was used to improve a model of the Heidrun field in the Norwegian North Sea, to help create a reservoir management strategy and increase production. A precise and watertight model accommodated all available data and geological complexities.

Aspen Big Loop™ is an open ecosystem for setting up automated, reproducible and auditable subsurface workflows. The workflows help propagate uncertainties and capture their dependencies while calibrating reservoir models to observed data. The result is reliable probabilistic predictions.