CERAWeek 2026

North America sits at the center of heavy industry, LNG expansion, and the accelerating power demand driven by AI workloads. Operators across the region manage some of the world’s most complex steel infrastructure – from refineries and petrochemical corridors to offshore systems and LNG terminals – and face intensifying pressure to scale output safely, reliably, and economically.

CERAWeek 2026 brings a sharper focus on the systems behind the energy transition — and the pressures reshaping them. Themes such as electricity, AI, supply-chain dominance, and the geopolitics of critical minerals signal an industry operating under new constraints. Rising power demand from data centers, shifts in global gas flows, and tight supply chains are redefining how assets must perform day to day.

Executives are looking for practical pathways to deliver energy security, resilience in a shifting landscape, and infrastructure that can scale under increasingly volatile conditions. The conversation has moved beyond digital transformation into how advanced computing, automation, and operational AI can create real foresight in complex systems.

Within this context, structural integrity becomes a strategic capability — not a back-office function. Operators need to understand how their assets behave under changing loads, new operating envelopes, and higher utilization, especially as the region builds out the infrastructure required for AI, LNG expansion, and next-generation power systems.

SPM gives operators the structural foresight today’s conditions demand. With physics-based AI and full-fidelity models, it shows how assets respond to higher loads, changing operating envelopes, and tighter reliability expectations.

As energy systems become more interconnected — and more constrained — SPM reveals where margins are closing, where risk is building, and where performance can be safely unlocked. It unifies integrity and operations in one predictive view, helping teams run assets safely with maximum output for the longest time possible.