Offshore Resilience Across Ice, Fire, and Intelligent Risk
Tuesday, 5 May
Room 604
Technical Session
Offshore infrastructure is increasingly shaped by challenges at the edge of conventional design and management. This session explores multiple frontiers of resilience. Integrated modeling and best practices are applied to ice-structure interactions, fire safety of offshore substations, and corrosion mitigation of subsea wells. Risk assessments and better governance are used to walk the line between innovation and human judgment in safety-critical environments, improve sabotage mitigation and access control, evaluate monitoring of subsea carbon capture and storage, and standardize legacy well management. Together, these papers show how offshore resilience must be built by integrating engineering innovation, safety design, and digital intelligence to withstand extreme environments and complex risks.
Chairperson(s)
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1400-1418 36790A Standardized Quantitative Risk Assessment Model For Legacy Wells Complying With US EPA CFR And NORSOK D-010 In CCS/CCUS Projects
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1420-1438 37168Integrated Modeling Of Ice-structure Interactions For Floating Offshore Platforms In Cold-climate Regions
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1440-1458 37056The Critical Role Of Monitoring In Subsea Carbon Capture And Storage
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1500-1518 36779Risk Assessment In The Age Of Ai: Balancing Innovation With Human Judgment In Safety-critical Environments"
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1520-1538 36874Comparative Analysis And Best Practices In Fire And Safety Design For Offshore Substations In The Us Waters
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1540-1558 36859Strengthening Governance And Infrastructure Resilience: A Holistic Approach To Mitigating Sabotage And Enhancing Access Control In Offshore Energy Operations.
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1600-1618 37188Corrosion Modeling And Mitigation Strategies For Subsea Offshore Networks: A Case Study Investigation Of Corrosion Failure In Subsea Wells
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Alternate 36930Probabilistic Risk-based Optimization Of Well Delivery Enhancing Stability And Integrity Under Uncertainty
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Alternate 36829Generative Artificial Engineering Inference For Real-time Drilling Operational Problems: Employing Probabilistic Pseudo-neurotrophic Calculations
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Alternate 36768A Holistic Approach To Optimization Of An Offshore Field Re-development


