BP came to us with a requirement for a real-time information system on the relative position and motion of the Glen Lyon FPSO together with the magnitude and direction of environmental forces in the extremely harsh waters west of Shetland, to ensure operations personnel were working safely within prescribed operational limits.
The customer required real-time information on the relative position and motion of the Glen Lyon - a 100,000 ton, 268m long floating production, storage and offloading vessel (FPSO), together with the magnitude and direction of environmental forces to ensure operations personnel were working safely within prescribed operational limits.
The integrated system was to collect, process, display and store meteorological & oceanographic (metocean) and environmental data. The entire set of data required was summarized as four distinct groups:
We have over 30 years of experience in the development of innovative marine monitoring systems to provide critical integrity and safety monitoring of offshore assets. To date we have provided over 120 permanent, life of field, marine monitoring systems. The Glen Lyon was not only a technical challenge because of the vast number of sensors and data channels but also because of the extremely harsh waters of the west of Shetlands.
Our team of Naval Architects, Electrical Engineers, Mechanical Engineers and Software Engineers worked closely with project teams in Korea, Italy and the UK to deliver the complete system to the customer.
We continue to carry out preventive maintenance including the calibration of instrumentation on an annual basis and, onshore management of the suite of data including data analysis and reporting.
The Marine Monitoring System, provides real-time visualisations of the relative position and motion of the FPSO and any vessels in close proximity, as well as the magnitude and direction of environmental forces. This allows the marine operations personnel and potentially the masters of attendant vessels to operate with greater information to enable them to work safely within prescribed operational limits.
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