Energy

Cray Solutions for Energy

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Leaders in energy exploration and research choose Cray

From oil and gas exploration and production to investigating renewable energy sources, reliable and scalable high performance computing (HPC) and storage systems are core technologies for the essential tasks of data acquisition, seismic imaging and processing, data management and computational modeling.

Exploration and production companies rely on Cray technology to provide performance that matters.

Reduce risk and gain a competitive advantage with Cray systems for processing and analyzing massive amounts of data quickly and accurately:

  • Cray® XC™ series systems have highly scalable networks and the unmatched compute density to handle to most challenging FWI seismic algorithms and workflows.
  • Capacity-oriented Cray® CS™ series cluster supercomputers offer high performance and maximum configuration flexibility, as well as support for GPU computing accelerators.
  • The CS-Storm GPU-accelerated system was designed to speed up massively parallel computing workloads like RTM, in widespread use at petroleum exploration and production organizations.
  • Cray scalable storage solutions provide integrated, reliable and modular scale-out Lustre® storage that maximizes file system performance and scalability at any size.
  • Cray Tiered Adaptive Storage, powered by Versity, is designed to meet the expansive seismic data preservation and access needs of exploration companies.
  • As the need to exploit big data grows, the Urika® family of analytics appliances transforms big data problems into meaningful information.

Leaders in energy research choose Cray. Oak Ridge National Laboratory, the National Energy Research Scientific Computing Center, large integrated oil companies and more are using their Cray systems to revolutionize energy science — providing insights on everything from fusion to wind energy.

The oil and gas industry's acute need for scalable high performance storage and its willingness to adopt cutting-edge technologies plays well into Cray’s strength of delivering sophisticated, productive HPC systems. The company has a long track record of successful deployments, which includes storage systems even larger and faster than any currently used in seismic analysis. Finally, Cray’s position as a supercomputing leader of long-standing makes it a trusted choice for businesses looking for a proven HPC technology partner.

—Michael Feldman, Senior Analyst, Intersect360 Research

Featured Resources

Brazil’s Petrobras Enhances Seismic Processing with Cray Technology

To help solve the challenge of managing and processing massive datasets for seismic processing, Petrobras deployed Cray Cluster Connect and two Sonexion storage systems.

Altair Brief: Improving the Design of Subsea Riser Systems

With Cray and Altair, engineers have the computational systems they need to perform advanced subsea computational fluid dynamics (CFD) analysis with better speed, scalability and accuracy.

Cray Solutions for Energy

Exploration and production (E&P) companies depend on high performance computing (HPC) to tackle computationally intensive applications such as seismic imaging and reservoir simulation.

See All Resources

View Reservoir Simulation Applications
Application
Owner
Description
Application:Schlumberger
Owner:Eclipse

Eclipse covers the entire spectrum of reservoir models, including black oil, compositional, thermal finite-volume and streamline simulation. Users can choose from numerous add-on options — such as local grid refinements, coalbed methane, gas field operations, advanced wells, reservoir coupling and surface networks — to tailor the simulator’s capabilities to their needs.

Application:Schlumberger
Owner:INTERSECT

INTERSECT accurately models complex geology and wells, honoring detailed reservoir characterizations with minimal or no upscaling. This supports simulation of highly heterogeneous or complex reservoirs. Unstructured gridding enables accurate modeling of detail around faults, fractures and wells Multisegment well capabilities provide accurate representation of fluid behavior in horizontal wells and complex completions.

View Seismic Processing Applications
Application
Owner
Description
Application:Schlumberger
Owner:Omega

Omega is a flexible, scalable system that enables processing and imaging on a single workstation or massive compute clusters, or from a single 2-D line to an immense 3-D seismic survey.

Case Studies

Brazil’s Petrobras Enhances Seismic Processing with Cray Technology

To help solve the challenge of managing and processing massive datasets for seismic processing, Petrobras deployed Cray Cluster Connect and two Sonexion storage systems.

White Papers and Briefs

Altair Brief: Improving the Design of Subsea Riser Systems

With Cray and Altair, engineers have the computational systems they need to perform advanced subsea computational fluid dynamics (CFD) analysis with better speed, scalability and accuracy.

Cray Expands Storage to HPC Clusters for Oil and Gas

In oil and gas as in other industries, storage performance needs to keep pace with compute. Cray Cluster Connect delivers results.

Cray Solutions for Energy

Exploration and production (E&P) companies depend on high performance computing (HPC) to tackle computationally intensive applications such as seismic imaging and reservoir simulation.

Cray Accelerates Energy Insight with NVIDIA® GPU Technology

Energy research depends on high performance computing to tackle computationally intensive applications like seismic imaging and reservoir simulation.

Cray Offers Scalable High Performance Storage for Energy Sector

For the past 80 years, geoscientists have used sound waves to probe underground rock formations for oil and gas deposits.