The Alexandroupolis FSRU will be located off Greece, in the northern Aegean Sea, in 40m water depth and will be connected to shore through a 24km subsea pipeline.
The FSRU is part of the Alexandroupolis Independent Natural Gas System, whose goal is to create a new natural gas gateway to central and south-eastern Europe.
MSI will manage a site-specific measurement program to record metocean parameters including waves, currents, water levels and temperature offshore, as well as meteorological parameters onshore for 12 months.
From its part, BMT will deliver the metocean criteria study to support the engineering design phase and will use the wave hindcast and hydrodynamic modelling software TUFLOW-FV, in order to simulate local sea states and hydrodynamic conditions. TUFLOW-FV is a 2D/3D finite volume numerical model that simulates hydrodynamic, sediment transport and water quality processes.
“We have worked closely with Gastrade’s engineers to formulate a programme of work that will produce high integrity metocean criteria to support the design of the Terminal’s facilities. A key requirement from the client is to reduce uncertainty in metocean characterisation. This will ensure that the design is fit for purpose, but not overly conservative. BMT and MSI have collaborated successfully on a range of metocean projects over recent years, and are able to combine synergies to provide appropriate and cost-effective metocean solutions,” Robin Stephens, BMT’s Metocean Group Manager explained.