Seatrium and the Technology Centre for Offshore & Marine, Singapore, are exploring cyber-physical modelling to improve environmental load predictions for FPSOs, focusing on sustainability and advanced technologies.
Seatrium, in collaboration with the Technology Centre for Offshore & Marine, Singapore (TCOMS), is set to advance the field of offshore engineering through the exploration of cyber-physical modelling capabilities aimed at predicting environmental loads on Floating Production Storage and Offloading units (FPSOs). This partnership follows recent scaled model testing at TCOMS’ ocean basin facility, where the latest series of FPSOs designed for Petrobras was assessed to validate their global and station-keeping performance.
The two FPSOs, designated as P-84 and P-85, are anticipated to be deployed to the Santos Basin, approximately 200 kilometres offshore from Rio de Janeiro, Brazil, in the coming years. These units are notable for integrating advanced technologies and embodying a new generation of offshore production assets, which are engineered to operate with reduced greenhouse gas emissions.
Collaboration between Seatrium and TCOMS is already well established, with engineers and scientists working together to co-create, stress test, and validate future ocean systems and infrastructure solutions. The efforts also extend to conducting numerical simulations and physical tests in TCOMS’ ocean basin facility. These techniques are designed to simulate and assess the performance of ocean systems, including those still in the conceptual stage, under both standard and extreme ocean conditions.
The application of smart sensing, artificial intelligence, and data analytics in these modelling and simulation efforts is expected to enhance field performance substantially. The initiative to develop digital twins, utilising the extensive data accumulated during the model tests, represents a significant advancement in the offshore industry. Digital twins provide a virtual representation of physical assets, which can further optimise operational performance and environmental compliance.
Source: Noah Wire Services
- https://www.marinelog.com/news/seatrium-and-tcoms-in-new-research-collaboration-agreement/ – Corroborates the collaboration between Seatrium and TCOMS, including their joint research thrusts and the use of TCOMS’ ocean basin facility.
- https://investors.seatrium.com/newsroom/20230428_Seatrium-TCOMS_OceanLab_Master_Research_Collaboration_Agreement.pdf – Details the master research collaboration agreement and the establishment of the Seatrium-TCOMS Ocean Lab, including the five main research thrusts.
- https://markets.businessinsider.com/news/stocks/seatrium-and-tcoms-to-develop-new-cyber-physical-capabilities-to-enhance-the-performance-and-safety-of-floating-energy-production-assets-1034077690 – Explains the expansion of the collaboration to develop cyber-physical modelling capabilities for FPSOs and other ocean systems.
- https://markets.businessinsider.com/news/stocks/seatrium-and-tcoms-to-develop-new-cyber-physical-capabilities-to-enhance-the-performance-and-safety-of-floating-energy-production-assets-1034077690 – Describes the use of TCOMS’ ocean basin facility for scaled model tests and the validation of FPSO performance.
- https://investors.seatrium.com/newsroom/MEDIA_RELEASE_Seatrium_&_TCOMS_to_develop_new_cyber-physical_capabilities_to_enhance_performance_&_safety_for_Floating_Energy_Production_Assets_28Nov24.pdf – Provides details on the development of new cyber-physical capabilities and the role of TCOMS’ ocean basin facility in testing FPSOs.
- https://www.marinelog.com/news/seatrium-and-tcoms-in-new-research-collaboration-agreement/ – Mentions the integration of advanced technologies and reduced greenhouse gas emissions in the new generation of offshore production assets.
- https://investors.seatrium.com/newsroom/20230428_Seatrium-TCOMS_OceanLab_Master_Research_Collaboration_Agreement.pdf – Highlights the collaboration’s focus on co-creating, stress-testing, and validating future ocean systems and infrastructure solutions.
- https://markets.businessinsider.com/news/stocks/seatrium-and-tcoms-to-develop-new-cyber-physical-capabilities-to-enhance-the-performance-and-safety-of-floating-energy-production-assets-1034077690 – Explains the use of numerical simulations and physical tests to simulate and assess the performance of ocean systems under various conditions.
- https://investors.seatrium.com/newsroom/20230428_Seatrium-TCOMS_OceanLab_Master_Research_Collaboration_Agreement.pdf – Details the application of smart sensing, artificial intelligence, and data analytics to enhance field performance and develop digital twins.
- https://markets.businessinsider.com/news/stocks/seatrium-and-tcoms-to-develop-new-cyber-physical-capabilities-to-enhance-the-performance-and-safety-of-floating-energy-production-assets-1034077690 – Describes the development of digital twins to optimise operational performance and environmental compliance.
- https://www.marinelog.com/news/seatrium-and-tcoms-in-new-research-collaboration-agreement/ – Mentions the nurturing of Singapore’s engineering talent as part of the collaboration between Seatrium and TCOMS.












