Asset life extension
We provide data-driven insights for optimal life extension
Acteon supports offshore asset life extension with a data-driven approach built on decades of subsea expertise. Our involvement throughout the project lifecycle of offshore installations provides a detailed understanding of each asset’s condition, history and risk profile, enabling planning of targeted, effective life extension strategies.
By combining structural monitoring systems with digital twin modelling, we provide operators with actionable insight into asset behaviour and performance. Whether deferring decommissioning of offshore platforms, maintaining uptime or supporting re-use, we help reduce intervention, minimise risk and unlock new potential from mature offshore and subsea infrastructure.
Digital. We pioneered a digital twin solution for the world’s largest floating wind farm
Act on asset condition to extend performance and value
We help operators and developers extend the life of offshore assets with insight-led strategies tailored to real-world risks and opportunities. By combining deep lifecycle experience with advanced monitoring and modelling tools, we enable more accurate decisions, reduced offshore intervention and smarter use of resources.
Detecting anomalies and improving design
Acteon brings an unrivalled understanding of offshore and subsea infrastructure, gained from decades of full project lifecycle involvement. This experience means we don’t just assess condition, we interpret it in context, helping operators identify realistic, cost-effective options for extending the working life of their assets.
Facilitating data-informed decisions with digital twin integration
By combining sensor-based monitoring systems with digital twin models, we extrapolate the structure’s response and give operators a view into future structural behaviour, fatigue and risk. This enables better decisions on repair, reinforcement or repurposing, unlocking new value while maintaining safety, environmental responsibility and performance across ageing infrastructure.
Planning proactively to protect long-term value
Our operational history and engineering insight into individual offshore assets, paired with forward-looking analysis, supports proactive life extension strategies. We help reduce uncertainty and avoid unnecessary intervention by pinpointing exactly where action is needed - and where it is not - to maximise returns while reducing costs and environmental impact.
Extending asset operational life
Monitoring and modelling for smarter asset extension
Understanding how offshore assets behave over time is critical to extending their safe and effective use. We combine structural monitoring, motion tracking and digital twin modelling to deliver a clear view of fatigue, displacement and overall integrity, helping operators make confident decisions on repair, reinforcement or continued use.
These insight-led strategies reduce uncertainty, avoid unnecessary intervention and support compliance across environmental and regulatory frameworks. With better evidence, operators can defer decommissioning, protect uptime and reduce the cost and complexity of life extension.
Our technology
Our monitoring and modelling workflows are powered by iCUE, Acteon’s digital platform that connects real-time structural data with predictive digital twin models. It enables engineering teams to track asset behaviour, understand risk and plan effective life extension strategies with confidence.
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iCUE
Latest resources
Learn how we help operators maximise offshore asset value through digital monitoring, modelling and risk-based planning - for safe, efficient and compliant life extension of offshore assets.
Blogs
Rethinking offshore decommissioning: Five ways operators can lead with insight, over instinct
Podcasts
AI and offshore data: Preparing survey and inspection workflows for the future
Brochures
Decommissioning track record
Talk to our experts
Our engineers can optimise late-life strategies and support your life extension project.
Tim Eyles
Vice President
Kent Longridge
Senior Principal Engineer, Intermoor