About
Akselos is an enterprise-grade Structural Performance Management (SPM) platform designed for operators of heavy industrial assets — including petrochemical refineries, offshore oil and gas platforms, FPSOs, LNG facilities, and wind power installations. At its core, SPM integrates three historically siloed data dimensions: real-time operational data, live structural integrity conditions (fatigue, thermal damage, pressure cycles, mechanical loads), and physics-based AI predictions that forecast how today's operational decisions impact tomorrow's asset lifecycle and performance. Unlike traditional asset management or generic simulation tools, Akselos builds digital twins grounded in engineering physics, allowing operations and integrity teams to move from reactive maintenance to proactive, data-driven structural intelligence. Operators gain a single, predictive, site-wide view of how structural limits constrain throughput, OPEX, CAPEX exposure, and lifecycle decisions — enabling confident campaigns at higher utilization and extended turnaround intervals. Akselos has demonstrated measurable outcomes across client deployments: up to 6 additional years of critical equipment lifetime, 64% reduction in annual CAPEX, 1–2% diesel throughput gains, 1–3 month turnaround extensions, and 15–20% catalyst life extension. The platform has been highlighted by the World Economic Forum as a Fourth Industrial Revolution lighthouse technology. It is purpose-built for enterprise organizations in energy-intensive industries that must safely operate closer to true asset potential.
Key Features
- Physics-Based AI Predictions: Combines engineering physics with AI to predict how current operational decisions impact future structural integrity, equipment lifetime, and site performance.
- Real-Time Integrity Monitoring: Tracks evolving structural conditions including fatigue, thermal damage, pressure cycles, and mechanical loads across interconnected asset units in real time.
- Site-Wide Performance View: Provides a single, unified dashboard linking the structural limits of interdependent refinery or offshore units to reveal where performance and lifecycle gains are trapped.
- Predictive Maintenance & Lifecycle Extension: Enables proactive maintenance decisions that extend asset life by years and reduce unplanned downtime, validated by WEF Lighthouse benchmarks.
- Operational and Integrity Data Integration: Merges real operational conditions from live assets with structural integrity models, replacing generic simulations with site-specific, physics-grounded insights.
Use Cases
- Extending critical equipment lifetime in oil refineries by detecting damaging thermal cycles and enabling proactive structural decisions before failures occur.
- Optimizing offshore oil platform and FPSO operations by monitoring hull fatigue, riser loads, and topsides conditions to safely expand operating envelopes.
- Reducing turnaround frequency and duration at refineries by providing real-time structural intelligence that validates extended campaign run lengths.
- Improving catalyst life in biofuels and chemical reactors through continuous structural visibility and predictive maintenance integrated into control room workflows.
- Supporting CAPEX planning and lifecycle investment decisions by quantifying the true structural limits of aging assets across an entire industrial site.
Pros
- Proven, Quantified ROI: Clients have documented $450M+ value unlocked over 5 years, with measurable gains in throughput, CAPEX reduction, and equipment lifetime extension.
- World Economic Forum Recognition: Akselos' AI for Structural Integrity has been recognized as a Fourth Industrial Revolution technology by the WEF, validating the platform's engineering credibility.
- Unified Operational and Integrity Intelligence: Bridges the gap between operations and integrity teams with a single system of action, eliminating silos that cause blind spots in asset management.
- Industry-Specific Depth: Built specifically for refineries, offshore platforms, FPSOs, and energy facilities — not a generic tool adapted for industrial use.
Cons
- Highly Specialized Use Case: Exclusively serves heavy industrial sectors such as oil and gas, petrochemicals, and wind energy — not applicable to most other industries or SMBs.
- Enterprise-Only Pricing: No self-serve, free trial, or SMB tier is available; access requires direct engagement with the Akselos sales team, limiting accessibility for smaller operators.
- Complex Onboarding: Integrating physics-based digital twins with site-specific operational and sensor data likely requires significant implementation effort and specialist involvement.
Frequently Asked Questions
What industries does Akselos serve?
Akselos primarily serves the energy and heavy industrial sectors, including petrochemical production, refining, GTL, LNG, offshore oil and gas platforms, FPSOs, and wind power installations.
What is Structural Performance Management (SPM)?
SPM is Akselos' core approach that unifies three data layers — real-time operational data, live structural integrity conditions, and physics-based AI predictions — into a single site-wide view to maximize asset performance and lifecycle safely.
How does physics-based AI differ from conventional simulation tools?
Unlike generic FEA or simulation tools, Akselos' physics-based AI is trained and grounded in engineering physics specific to each asset, enabling real-time predictions of structural behavior under actual operating conditions rather than theoretical scenarios.
What measurable results have Akselos clients achieved?
Clients have reported outcomes including 6+ additional years of critical equipment lifetime, 64% annual CAPEX reduction, 1–2% diesel throughput increase, 1–3 month turnaround extensions, and 15–20% catalyst life extension.
Is Akselos a cloud-based platform?
Yes, Akselos is accessed via a web-based platform (with a secure LOG IN portal), designed for enterprise deployment. Specific cloud infrastructure and on-premise options are best confirmed directly with the Akselos team.
