Thermal stresses, oxidation, and fatigue silently degrade your fired heaters. Akselos SPM helps you move beyond conservative limits and inspection blind spots—giving you the structural intelligence to extend life, boost throughput, and prevent unplanned failures.
Oxidation and fatigue accumulate inside tubes and fireboxes—unseen until failure occurs.
Operators rely on static assumptions, limiting the safe operating envelope and leaving capacity untapped.
Manual inspections and pigging often miss localized damage, delaying detection of hotspots, thinning, or buckling.
Tube leaks or ruptures trigger unplanned shutdowns, safety risks, and high-cost interventions.
Catch risks early and avoid unscheduled outages with predictive modeling and real-time monitoring.
Targeted creep and fatigue insights let you safely defer tube replacements and maximize performance.
Akselos’ physics-based Structural Twin provides a real-time digital replica of furnace tubes — continuously updated with operational and inspection data.
Integrates 3D thermal profiles with live operational data to simulate how tubes actually respond under load.
Identifies creep, oxidation, and thermal stress concentrations early – before they escalate into failures.
Tracks deformation and corrosion risks across the coil system with continuous updates from inspection and sensor data.
Supports smarter inspection planning and enables safe runtime extension through physics-based condition assessment.
Our model covers the furnace firebox and crude/radiant coil system, including heating tubes, headers, and sub-headers.
