Deepwater Developments: From Desktop Strategy to Field Delivery
05 May 2027
Room 602
Technical Session
This panel showcases cutting-edge innovation across the full spectrum of floating offshore systems, from traditional oil and gas facilities to emerging digital infrastructure at sea. The selected papers highlight major advances in floating production design, life-extension, and qualification of safety-critical systems, including new FPU concepts, replicable FPSO strategies, and breakthrough repair methodologies for aging assets. Novel mooring and foundation technologies—such as enhanced ring anchors, next-generation torpedo piles, and requalification of CALM buoy components—demonstrate how geotechnical and structural engineering continues to evolve for deeper, harsher environments. Complementary studies on hydrodynamics, yaw behavior, and riser configuration analysis deepen our understanding of floating system performance under real sea states. Extending beyond energy, the panel also explores the conceptual design of a 100-MW floating AI data center on a TLP, signaling the expanding role of offshore platforms in future digital infrastructure. Together, these papers illustrate a sector pushing boundaries in safety, reliability, versatility, and frontier applications.
Chairperson(s)
Proposal JSON
[{"proposaltitle":"Performance Benchmarking Framework For Augmenting A Gulf Of America's Operator Competitive Intelligence And Decision Making","proposalnumber":"37237","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"A. Trinh, Wood Mackenzie"},{"proposaltitle":"Integrated Subsurface-to-surface Digital Twin Deployment For A Gulf Of America Deepwater Tlp Complex: Calibration Protocol, Cross-platform Integration, And Lessons Learned","proposalnumber":"37268","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"A. Ramadan, APA Egypt JV"},{"proposaltitle":"Rigid Riser Keel-hauling On Spread-moored Fpsos: The Riser Modular Support Tube (RMoST) From Concept To First Field Application","proposalnumber":"37424","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"B.P. Reis, R.M. BRITO, Petrobras; R. PEIXOTO, Petrobbras; J.T. Lima, C.V. Ferreira, E. Campos, M. Protasio De Lima, G. Reckziegel, P.S. Poli, F. Holanda Lins, F.M. Ferreira, P. Gomes, Petrobras"},{"proposaltitle":"Efficient Time-domain Vessel Motion Processing For Frequency-domain Analysis","proposalnumber":"37524","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"D. Maniar, A. Jose, T.L. Power, Stress Engineering Services Inc"},{"proposaltitle":"The Jansz Io - Field Control Station (fcs): Design Of The Semi-submersible Floater For Project Functional Requirements","proposalnumber":"37481","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"P. Bruun, P.C. Leitch, Aker Solutions"},{"proposaltitle":"Design-one, Build-two: A Replicable FPSO Strategy For Accelerated Multi-field Hub Development In The Kutei Basin, Indonesia","proposalnumber":"37352","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"P.I. Mahatrisna, D. Nugraha, SKK Migas"},{"proposaltitle":"Enhancing Uplift Resistance Of Deeply Embedded Ring Anchors With Deployable Flaps Demonstrated Through CEL Analysis And Field Testing","proposalnumber":"37576","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"S. Qin, Deep Anchor Solutions Inc.; J. Lee, Deep Anchor Solutions; C. Aubeny, Texas A&M University; Z. Westgate, University of Massachusetts Amherst; D.J. DeGroot, University Of Massachusetts"},{"proposaltitle":"Reassessment And Revision Of Ultimate Strength Provisions For Wide Plates: Technical Basis For Api Bulletin 2v 4th Edition","proposalnumber":"37416","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"Q. Chen, Kent Houston Offshore Engineering, LLC; Z. Li, bp; J. Terenzi, Chevron"},{"proposaltitle":"Qualification Of Seawater Cooling Systems For Floating Data Centers: Applying A New Technology Qualification Framework Using Power-generation Experience","proposalnumber":"37321","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"T. Breedlove, ABS"},{"proposaltitle":"Engineering, Qualification And Deployment Of A 50-inch, Rov-installable Safety-critical Hull Isolation Barrier System For Maintenance On A Floating Offshore Facility.","proposalnumber":"37410","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"P. Manfield, J. Crawford, B. Lamb, J. Pendem, Shell Australia; D. Dana, D. Dixon, M. Ghulami, Oceaneering Australia; L. Fiegert, J. Ledesma, DOF Australia"}]