Structural Performance Management (SPM) Software
Safely Operate Your Assets with Maximum Output for the Longest Time Possible with Akselos SPM
Akselos is a global leader in Structural Performance Management (SPM). Our real-time structural digital twins enhance asset performance, ensure uninterrupted operations and extend asset life across the petrochemical and offshore oil & gas sector. Consequently, assets can operate safely, with the maximum output for the longest time possible.
Akselos brings a revolutionary approach to structural simulation by blending state of the art, high-fidelity, physics-based modeling with advanced artificial intelligence. This introduction of our groundbreaking and patented physics-based modeling sets new standards, enabling the use of high-fidelity structural models in real-time for operations use cases.
Our Structural Performance Management (SPM) Software is:
- 1000x faster than legacy physics-based models and therefore applicable for real-time operations use cases
- Compliant with major industry standards (e.g. API, ASME)
- Applicable for fitness for service (FFS) and risk-based inspection assessments in full conformance with engineering standards
- Accessible anytime, anywhere through a web-based user interface
Customer Testimonials:
“WE WILL NOW BE ABLE TO UNDERSTAND AND MANAGE OUR COKING AND OTHER REFINING ASSETS IN A WAY NEVER BEFORE IMAGINABLE,
WHICH WILL STREAMLINE OUR PROCESSES AND HELP US DRIVE SHAREHOLDER VALUE.”
JAVIER MASCHERONI
REFINERY, RELIABILITY & MAINTENANCE MANAGER, PAN AMERICAN ENERGY
“WE ARE VERY EXCITED ABOUT THE NEW CAPABILITIES THAT AKSELOS BRINGS AND BELIEVE IT WILL CREATE A POSITIVE IMPACT
ON THE WAY WE MANAGE STRUCTURAL INTEGRITY. AKSELOS IS A GREAT EXAMPLE OF DIGITALISATION COMING TO LIFE.”
ELOHOR AIBONI
ASSET MANAGER, SHELL BONGA
Specification Title | Specification Description |
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Accuracy
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Highly accurate and detailed structural digital twins using new analysis technology that has been extensively validated based on peer-reviewed research and industry applications.
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Areas of Application
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Structural integrity of critical assets (floating and fixed offshore, hulls, topsides, subsea, downstream, Offshore Wind, etc.).
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Asset life extension
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Akselos allows higher fidelity modelling of geometry and loads removing conservative assumptions and extending fatigue life.
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Capabilities
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Static, Dynamic, Thermal and acoustic analysis. RB-FEA Solver 1000x faster than conventional structural simulation methods. Fracture Mechanics (J-Integral). Hybrid approach allows nonlinear materials, deformation and contact simulation.
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Cloud platform
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Cloud platform to support end-to-end process driving automated simulation, presented to all stakeholders through clear dashboards.
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Compliance
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Generate code checks based on relevant standards (e.g. Lloyd’s Register, DNV-GL, ABS).
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Condition based maintenance
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Akselos can calculate structural integrity based the real loads and real condition of an Asset which facilitated the optimisation of operations.
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Digitisation
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Akselos can be integrated with sensors to help interpret anomalous readings and predict structural problems before they occur.
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Machine learning
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Akselos can produce rich data sets of physics based data to fill gaps in operational data and enhance the predictive capabilities of digital twins based on big data analytics.
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Speed
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RB-FEA Solver 1000x faster than conventional structural simulation methods.
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Reviews (2)
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[7/9]
Relative Business Impact
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