Role of the Near-Surface and Subsurface Toward Net-Zero Using Wind and Carbon Capture and Storage
Tuesday, 7 May
606
Technical / Poster Session
The ability to harness offshore wind power and enable offshore carbon capture and storage requires knowledge of the subsurface. For wind, it is anchoring windmills and laying power cables, and for CCS it is finding ideal sites to permenantly store CO2. The role of geology, geophysics, and petroleum engineering all come together to support this critical time in our global pursuit for net-zero emissions.
Chairperson(s)
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0930-0948 35494Static and Dynamic Properties of US Atlantic Outer Continental Shelf Cohesionless Soils for Offshore Wind Farm Design
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0950-1008 35099Integrating Aerial and Ground-Based Surveys to Characterize Submarine Cable Landfalls
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1010-1028 35210Optimizing CO2 Transport and Injection for a Large-Scale CCS Demonstration Project in Korea: Flow Assurance in Repurposed Offshore Pipelines and Depleted Gas Reservoirs
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1030-1048 35200Proposed Guidelines for Carbon Capture and Storage (CCS) Completions Design in Highly Depleted Reservoir
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1050-1108 35095Addressing the Energy Trilemma: Offshore Drilling Decarbonization
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1110-1128 35109Hydraulic, Chemical, and Mechanical Response of Rocks for CO2 Storage Systems
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1130-1148 35389Reduced Carbon Load and Increased Value: Applying Renewable Energy to Deepwater Tiebacks