Delfi On Demand Reservoir Simulation | SLB

Delfi On Demand Reservoir Simulation

Promote and evaluate E&P acquisition & divestment opportunities—further, faster and securely

 DELFI Cognitive E&P Environment
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Easily access the best-in-class reservoir simulations : Launch simulations directly to Delfi On Demand Reservoir Simulation from your local machine or from Delfi digital platform.

You can access Intersect, Eclipse and Visage in the cloud and leverage the cloud compute scalability with On Demand Reservoir Simulation in Delfi.

Delfi

Security: On Demand Reservoir Simulation is built with security in mind from the ground up – it is an SOC2 Type 2 accredited solution, with data encrypted in flight and at rest, and multi-factor authentication.

Accessibility: Simulations submitted from the Delfi digital platform or from your local modeling setup, through an on-demand access model.

Scalability: Scalable parallel computing running Intersect, Eclipse and Visage with unlimited hardware and software.

Automation: Instant provision and decommission of on-demand hardware and software resources. Data transfer and retrieval of simulation results..

Integration: Integration with analytics, data science and economics applications within the Delfi digital platform.

Access the Intersect high-resolution reservoir simulator, the Eclipse industry-reference reservoir simulator, and the Visage finite-element geomechanics simulator using Delfi On Demand Reservoir Simulation using as many computing power and licenses as are needed.

No change to your workflows: Delfi On Demand Reservoir Simulation enables users to access simulation in the cloud without changing their current workflows

If you are either a super user or Petrel RE user with On Demand Reservoir Simulation we ensure you continue using the simulator the same way you have always done it.

Use Delfi On Demand Reservoir Simulation directly from your regular computer and access web based monitoring tools for assessing your simulation performance.

“The scalable cloud environment for reservoir simulation will be better aligned with improved uncertainty and optimization workflows, efforts towards automation and Aker BP growth ambitions. The solution will remove infrastructure bottlenecks and enable optimized reservoir management decisions.”

Thierry Laupretre, chief reservoir engineer in Aker BP