Subsea and Metocean Intelligence: Advancing Offshore Safety and Operational Decision-Making
05 May 2027
Room 604
Technical Session
Offshore safety starts with understanding the environment in which assets and marine operations must perform. This session follows the progression from ocean observations and metocean modeling to AI, digital twins, risk prediction and safer operational decisions. Measurements of waves, currents and ocean velocity, including observations from autonomous surface vessels, floats and expendable systems, provide the foundation for understanding changing offshore conditions. Together, the papers establish a clear pathway from observation and modeling to prediction, decision and safety, helping offshore teams manage environmental uncertainty and operate more safely in challenging marine conditions.
Chairperson(s)
Proposal JSON
[{"proposaltitle":"Grase Velocity Measurements From Floats And Expendables","proposalnumber":"37414","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"L.K. Shay, B. Jaimes de la Cruz, Rosenstiel School at The University of Miami; P. Lermusiaux, MIT; J. Storie, R. Ramos, M. Leber, Woods Hole Group; S.F. Dimarco, Texas A&M University"},{"proposaltitle":"Autonomous Ausv Networks For Hurricane Risk Reduction And Offshore Shut-in Optimization","proposalnumber":"37551","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"T. Kruger, NEXTBLUE INDUSTRY; M. Jones, SubSeaSail, Inc."},{"proposaltitle":"A Data-driven Framework For Offshore Storm Evacuation And Shut-in Decisions","proposalnumber":"37433","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"R. Karuppiah, H. Elshahawi, R. Yabaluri, Black & Veatch"},{"proposaltitle":"Ai And Digital Twins Bridging Virtual And Physical Communication Environments For Offshore Transportation Systems","proposalnumber":"37401","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"H. Abu Zeid, Subsea PetroTechnical; H. Elshahawi, NoviDigiTech"},{"proposaltitle":"Co-located Wave And Current-profile Observations From A Mooring-free Solar Uncrewed Surface Vessel: Improving Operating Envelope For Offloading And Dynamic Positioning","proposalnumber":"37546","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"D. Breyre, S. Merrigan, Sofar Ocean"},{"proposaltitle":"Development Of A Subsea Event Monitoring System For Flexible Pipe Retrieval Operations","proposalnumber":"37492","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"F. Wallauer, E. Schneider, C. Fernandes, F. Bertoni, Simeros Technologies; A. Kotsugai Moreira, M. Souza, Petrobras"},{"proposaltitle":"Typhoon Risk Early-warning Multiple Indicators And Framework For Offshore Wind Farms Utilizing High Resolution Numerical Forecasting","proposalnumber":"37558","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"Y. Peng, PetroChina Shenzhen New Energy Research Institute; Y. Jiang, Goldwind Science and Technology Company"},{"proposaltitle":"Bridging Regulatory Ocean Current Data And Operational Safety: The GCOOS Transition And Modernization Of The Gulf NTL Program","proposalnumber":"37453","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"M. Ogle, Gulf of America Coastal Ocean Observing System"},{"proposaltitle":"Satellite Imaging For Tactical Navigation In Sea Ice","proposalnumber":"37395","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"P. Bobby, C-CORE"},{"proposaltitle":"Fusing Global Wave Models With A Distributed In-situ Buoy Network: Machine Learning Forecast Correction For Sheltered And Fetch-limited Waters","proposalnumber":"37572","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"S. Merrigan, Sofar Ocean"}]