Unlocking Synergies: Strategic Colocation of Offshore Energy Systems and Subsurface Storage
Thursday, 7 May
Room 606
Technical Session
This session will explore the technical, environmental, and economic feasibility of co-locating offshore energy systems—such as wind farms, oil and gas infrastructure, geothermal, and other marine energy installations—with subsurface storage for carbon dioxide, hydrogen, or other energy carriers. The integration of these technologies presents an opportunity to optimize infrastructure use, enhance offshore energy production, and advance decarbonization efforts.
-
0930-0948 36975From Liabilities To Assets: GORI Reimagines The Future Of Offshore Platforms
-
0950-1008 36902Offshore Geothermal Energy: A New Frontier For Powering Data Centres
-
1010-1028 36925Green Energy Hub Enabled By P2x Floater
-
1030-1048 37053Concepts In Colocation Of CCS And Offshore Energy Systems
-
1050-1108 37101From Flaring To Fuel: Remote And Offshore Deployable Methanol Units Maximizing CO₂ Utilization
-
1110-1128 36987Synergizing Coastal Ccgt Power And Offshore Co₂ Storage: A Scalable Energy Backbone For Ai And Data Center Infrastructure In The U.s. Gulf Region
-
1130-1148 37038A Comprehensive Economic Evaluation And Risk Management Of A Green Hydrogen Production System Using Offshore Wind Energy
-
Alternate 36847Navigating The Energy Shift: Offshore Renewables In Action
-
Alternate 36969Integration Of Offshore Floating Photovoltaics And Battery Energy Storage Systems As An Alternative To Long Subsea Tieback Umbilicals