MSI Collects Metocean Data in Support of Offshore Gas at Alexandroupolis, Greece

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The Alexandroupolis Independent Natural Gas System (INGS) is a modern, cutting edge technology project which will supply natural gas into the Greek and Southeast European gas markets. The project comprises of an offshore Liquefied Natural Gas (LNG) Floating Storage and Regasification Unit (FSRU) and a subsea and onshore gas transmission pipeline system.

Expecting to begin commercial operations in 2022, the project is being implemented by GASTRADE S.A, a company that studies, designs, develops, operates and exploits infrastructures which are necessary for the reception, transmission and distribution of natural gas as well as for its storage, liquefaction and re-gasification.

MSIGreeceEmbed To support the detailed design of the project, GASTRADE contracted MSI to collect a range of metocean data, including directional waves and current profiles at 2 locations (one at the proposed FSRU location and one nearshore at a pipeline crossing), as well as various meteorological parameters onshore. Originally deployed in November 2017, the equipment was finally recovered in May 2019 with 4 interim site visits to check on equipment status, as well as to collect water samples for suspended sediment concentration and photograph biofouling for identification.

The equipment provided comprised 2 AXYS TRIAXYS directional wave buoys, each fitted with an integrated Nortek Aquadopp current profiler, as well as a Campbell Scientific weather station onshore for measurement of winds, air pressure, air temperature, relative humidity and rainfall. Data from both the wave buoys, as well as the weather station, was transmitted in real-time to a website for the client to access. Data collected from the project was provided to BMT to produce a metocean criteria report.

The data collection exercise was supported by a number of organisations, in particular the Alexandroupolis Port Authority who provided a suitable location for the installation of the weather station and facilities for MSI to store and maintain the equipment, BMT for the derivation of the metocean criteria and Lwandle Technologies for the identification of biofouling. MSI worked closely with excellent local vessel and diving operators.

Commenting on behalf of GASTRADE, Konstantinos Sifnaios, the Project Director, said “MSI provided excellent services, meeting our company’s requirements and standards. The results of the survey will be used to optimise the detailed design of the Project.”

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