Technological Advancements in Mooring Systems Design, Failure Detections and Repair Case Studies
Monday, 5 May
606
Technical Session
Significant advances are being made in mooring system design, including failure detection and repair. These advances are driven by work for both hydrocarbon and renewables projects. The session includes topics related to, failure detection, chain replacement, decommissioning, and the performance of mooring systems for floating offshore wind turbines. This session will showcase these advances and provide an opportunity to re-evaluate best practices in mooring system design.
Session Chairpersons
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0200-0218 35672Innovative Unmooring Operations For Decommissioning FPSOs: Using Cutting Of The Top Chain In Diverless Operation
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0220-0238 35598New Technology For The Mooring Failure Detection On Floaters
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0240-0258 35763Mooring Chain Breakage At Gom Platform
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0300-0318 35894Bonga Mooring Top Chain Replacement Project- Lessons Learnt From Execution
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0320-0338 35735Rapair Of Broken Mooring Line At GoM Oil Platform
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0340-0358 35862Model Test And Simulations Of Split Mooring System For Congo Lng Project
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0400-0418 35655Experimental Investigation On Station-keeping Performance Of Novel Constant Tension Mooring Systems For Floating Wind Turbines
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Alternate 35649Intelligent Optimization Design Of A Deepwater Semi-submersible Platform Mooring System Based On Multi-task Shared Neural Networks
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Alternate 35802Probability-based Estimate Of Cumulative Displacements At Pot Bearings For Floating Platforms
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Alternate 35838Requalification Of A Corroded Stud Link In A Calm Buoy Mooring Chain