Rethinking Offshore Pipelines: Innovations in Design, Integrity, and Life Extension
05 May 2027
Room 604
Technical Session
Offshore pipelines are being deployed in more challenging environments, driving innovations in design, construction and integrity management to improve reliability, reduce risk and extend asset life. New technologies, including large-diameter mechanically lined pipes, standardized engineering workflows and advanced mechanical solutions, help address issues such as stability, lateral buckling and flowline walking. During operations, AI-enabled inspection, 3D metrology, probabilistic risk assessment and edge computing provide enhanced monitoring, faster diagnostics and support for more autonomous asset management. Together with novel internal protection methods that reduce wax and asphaltene buildup, these advances are transforming offshore pipeline integrity through smarter engineering, advanced materials and intelligent monitoring.
Chairperson(s)
Proposal JSON
[{"proposaltitle":"From Distributed Strain Measurements To Seabed Processes: Revealing Subsea Cable-seabed Interaction Offshore Madeira Using Das And Machine Learning","proposalnumber":"37255","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"A. Barari, Aalborg University (Denmark)-RMIT University (Australia)"},{"proposaltitle":"From Hydrate Control To Scale Assurance: Integrated MEG-loop Scaling Risk Management For The Golfinho Deepwater Gas Development, Mozambique","proposalnumber":"37297","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"S. Baraka-Lokmane, TotalEnergies; M.E. Seiersten, Institute For Energy Technology"},{"proposaltitle":"Ai-based Estimation Of Corrosion-induced Mass Loss In Offshore Assets Using Computer Vision And 3D Metrology","proposalnumber":"37432","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"O. Maslova, D. Moura, R. COUTO GOMES, Pix Force; N. Ribeiro, Galp Energia; H. Althoff, Petrogal Brasil; G. Balestra, Pix Force; L. Ramos, Pix Force S.A."},{"proposaltitle":"From Spreadsheets To Standard Practice: Industrializing Subsea Pipeline Engineering","proposalnumber":"37349","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"B. Randerson, A. Mamgain, Technip UK Ltd"},{"proposaltitle":"Qualification Of 30 To 36inch Mechanically Lined Pipe For Offshore Pipelines","proposalnumber":"37351","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"T. KASPARY, Cladtek Intl Pty Ltd; A. Reda, E. Menezes, Cladtek"},{"proposaltitle":"From Connectivity To Distributed Intelligence: Defining The Offshore Edge Architecture For Autonomous Operations","proposalnumber":"37540","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"O. Skjervik, Tampnet"},{"proposaltitle":"Pipe-clamping Mattress: Mitigating Flowline Walking","proposalnumber":"37456","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"S. Fraser, Cyan Renewables"},{"proposaltitle":"Mapping Surface Topography Against Flow Assurance Solids: A Novel Wettability Framework For Texture-governed Wax And Asphaltene Mitigation In Subsea Pipelines","proposalnumber":"37542","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"B. Bbosa, SPL Inc"},{"proposaltitle":"A Probabilistic Risk Assessment Framework For Time-independent Threats To Offshore Rigid Pipelines: A Decision-support Architecture Based On Probability-confidence Scoring For Monitoring-driven Integrity Management - Demonstrated Through Third Party Damage Threat.","proposalnumber":"37515","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"P.S. Yeole, C. Lewis, bp"},{"proposaltitle":"Accelerating Subsea Pipeline Buckling Design Through AI-integrated FEA And Probabilistic Engineering","proposalnumber":"37256","SessionRoleStatus":"Primary","ProposalTime":" ","AuthorBlock":"S. Bhowmik, McDermott International"}]