Kongsberg Maritime Launches EcoAdvisor for Offshore Vessels
Kongsberg Maritime has launched EcoAdvisor, an intelligent and dynamic decision support system for optimizing a range of offshore vessel operations. "EcoAdvisor is an outcome of a joint ‘Intelligent Efficiency’ research project between Kongsberg Maritime, vessel operator DOF Subsea AS (DOF), Sintef, NORCE, and Innovation Norway, with the aim of developing technologies to monitor and reduce the GHG (greenhouse gas) emissions during vessel operations," Kongsberg Maritime said.It monitors the vessel operation and its environment, including power generation, propulsion
Partners Set Out to Cut Offshore Emissions
Maritime, DOF, SINTEF Ocean and NORCE have set out to reduce fuel consumption and greenhouse gas emissions for complex offshore operations, while streamlining fleet-wide maintenance.Enabled through sponsorship and support from Innovation Norway, the partnership will develop a sophisticated new Decision Support System (DSS) for offshore vessel operations. This new predictive, intelligent, and dynamic guidance tool will act as the foundation for DOF to simplify operational complexity with objective measurement, ultimately enabling optimal utilization and more sustainable fleet management.The multi-year
Expanded Underwater Robotics Ready for Oil Spills
Teknisk-Naturvitenskatelige Universitet – NTNU, 12Marine Technology Unit CSIC. Tracking in-water oil spills before reaching the surface by using new emerging robotic technologies is bridging the gap between existing traditional technologies (modelling and satellites) as decision support system for decision makers. Underwater oil plumes can come from bottom leaks or from surface patches forming subsurface plumes as recently been demonstrated. The distributed intelligence of these devices across the spill combined with hydrodynamic modelling is able to build up a highly accurate
New Support Tool Aids BOP Retrieval
a real-time, risk-informed BOP retrieval decision support tool BOP▪RDT to enable operators to determine when to retrieve the BOP for repair after a detected component failure. Developed at DNV GL’s research and development Center in Rio de Janeiro, the BOP▪RDT tool provides a decision support system, using both quantitative and qualitative methods. It will assist the decision-making process by substantially reducing the degree of subjectivity. “Any failure in a BOP during drilling is undoubtedly a cause for concern,” said Luiz Fernando Oliveira, tool developer,
Ricardo to Support Kongsberg WFMS Development
Ricardo and Kongsberg have signed a framework agreement that will see Ricardo support the development of the Kongsberg Wind Farm Management System (WFMS) as well as related condition monitoring systems for a range of other industrial sectors. The Kongsberg WFMS is a turbine independent decision support system. It surpasses the functionality found in wind farm supervisory control and data acquisition systems, and offers a modern and intuitive user interface based on Kongsberg’s wide ranging experience in automation and decision support systems for the defence, maritime and offshore oil and
Kongsberg Upgrades Riser Management System
a wholly owned subsidiary of Kongsberg Gruppen ASA, announced the latest release of the advanced Kongsberg Riser Management System (RMS), which introduces a number of new features developed to enhance situational awareness and improve data presentation. RMS is a real-time monitoring and decision support system for safe and optimal operation of drilling and work-over riser systems based on instrumented monitoring of critical parameters. The system is already in use by major operators worldwide. Its ability to provide optimum handling of drilling risers has been enhanced with the release of this
BV Close in Offshore Wind Agreement
Bureau Veritas says an innovative decision support system for the structural maintenance of Floating Offshore Wind Turbines (FOWTs) is close to being finalised. The initiative could result in significant cost and energy saving for all types of renewable marine energy farms. The system has been developed within the framework of Eurogia+, the Eureka cluster for low-carbon energies. The partners in this project - Bureau Veritas, Materiaal Metingen Europe, University of Liège, DN&T, and Ifremer - have recently completed their studies and developed prototype software for the
February 2024
