RUN YOUR SITE HARDER, LONGER, AND GREENER
Structural Performance Management (SPM) reveals the cashflow hidden inside your steel, uniting operational data with integrity conditions to run your site closer to its true potential.
Structural Performance Management (SPM) reveals the cashflow hidden inside your steel, uniting operational data with integrity conditions to run your site closer to its true potential.
Refineries face constant pressure to run harder, longer, and greener — tighter specs, hotter campaigns, faster rate changes, and aging assets expected to deliver more every year.
To keep pace, Operations continually adjusts operating conditions.
Every one of those adjustments triggers a structural response inside your steel — and most of those responses are invisible.
Without visibility into how those changes affect the steel, operations and integrity are forced to fly blind — exposed to emerging issues and leaving meaningful performance and cashflow on the table.
Structural Performance Management (SPM) gives executives and operators a single, predictive, site-wide view of how real structural limits shape throughput, OPEX, CAPEX exposure, and lifecycle decisions — unifying operation and integrity with physics-based insights into one coherent system of action.
World Economic Forum (WEF)’s recent recognition of AI for Structural Integrity validates the mission behind SPM: technology build for organizations that must run harder, longer, and greener – safely.
By deploying 45 Fourth Industrial Revolution technologies — including AI for Structural Integrity, a Lighthouse-class site achieved:
Structural Performance Management (SPM) uncovers refinery-wide value by linking the structural limits of interdependent units into a single site-wide view of where performance and lifecycle gains are truly trapped.
Structural Performance Management (SPM) integrates three dimensions that have historically lived apart
Real operating conditions from your assets, not generic models.
Structural limits as they evolve — fatigue, thermal damage, pressure cycles, and mechanical loads.
Physics-Based AI predicts how today’s decisions impact tomorrow’s integrity, lifecycle, and performance.
Downstream operations run on interconnected constraints shaped by the structural limits of furnaces, reactors, cokers, hydrotreaters, and FCC units.
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Offshore assets operate within operating limits shaped by hull fatigue, topsides loads, riser interaction, and harsh environmental forces.
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Akselos SPM is the new standard for operating high-value industrial assets — a system that elevates throughput, protects critical infrastructure, and unlocks the multimillion-dollar value hidden inside your steel.