FDPlan agile field development planning solution and FieldTwin from FutureOn
Faster field development planning, less rework
Integrated subsea layouts. Faster decisions.
The Intersect? reservoir simulator empowers reservoir engineers to tackle today¡¯s most complex subsurface challenges with confidence.
Combining leading science, superior performance, and flexible gridding, the Intersect simulator delivers fast, scalable modeling for every reservoir type¡ªwhether it is a mature oil and gas fields, appraisal/exploration fields, unconventionals, or new energy applications like CO2 storage.
Seamlessly bridging data from geology, geophysics, geomechanics, and production engineering, the Intersect simulator enables smarter, more integrated workflows. It helps teams simulate reservoir behavior with greater accuracy, and in a faster, more cost-effective manner than ever before..
The result? Sharper insights, optimized recovery strategies, and more confident field development decisions.
The Intersect reservoir simulator supports:
State-of-the-art algorithms that work across various hardware configurations, for more confident simulation insights in an operational timeframe.
Leveraging four decades of pioneering research and innovation in reservoir science, validated through industrial partnerships.
Multi-domain integrated workflows for better field development decisions, uncertainty quantification, and optimized recovery.
The GPU linear solver has undergone extensive development to fully utilize newer and more powerful GPU devices. Significant performance improvements can be observed in both single and multi-GPU simulations with the new default behaviors, with an average of 1.5 times speed-up relative to the previous version observed in a suite of representative test models.
The multiscale sequential fully implicit (SFI) transport solver has been optimized for fractured reservoir simulations, using the embedded discrete fracture model (EDFM), providing both higher solution accuracy and significantly faster runtimes. In tested cases, the enhanced solver delivered performance gains by orders of magnitude, accelerating simulation workflows while maintaining reliable results.
The thermal well model has been enhanced to account for potential energy, improving the accuracy of temperature predictions along the wellbore. This contribution can be particularly significant for deep wells and near-adiabatic systems. This enhancement enables more realistic modeling of temperature predictions along the wellbore, and is especially beneficial for applications such as geothermal reservoirs, where these conditions may be encountered.
address the unique need of each learner, our courses, delivered by world-class experts, teach learners how to deal with real-life scenarios and solve genuine problems.
Industry-leading reservoir simulation technology¡ªwith the physics, performance and resolution you need for every asset.
Simulate a wide range of enhanced oil recovery methods.
Complex simulations for multiple scenarios.
Ensure that you get the maximum value from the Intersect simulator.
Simulate heavy oil reservoirs using a variety of thermal recovery processes.
Modeling at the scale you need with the physics you need.