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Home›Cabling›Largest Marinus Link subsea engineering survey gets going
Cabling

February 14, 2022 · about 4 years ago

Largest Marinus Link subsea engineering survey gets going

The 87-meter long TEK Ocean Spirit has commenced what is described as the largest subsea engineering survey at the site of the Marinus Link interconnector in Australia. The 32 expert crew aboard the survey vessel left from the Port of Burnie on 11 February and will take four to six weeks to survey t

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Largest Marinus Link subsea engineering survey gets going
Marinus Link

The 87-meter long TEK Ocean Spirit has commenced what is described as the largest subsea engineering survey at the site of the Marinus Link interconnector in Australia.

The 32 expert crew aboard the survey vessel left from the Port of Burnie on 11 February and will take four to six weeks to survey the 255 kilometers between Heybridge in North West Tasmania and Waratah Bay in South Gippsland, Victoria.

The Marine Engineering Geotechnical Site Investigation (MEGSI) will help refine the final design and installation methodology for the proposed interconnector cable.

Activities will be conducted on approximately 110 sites across the Bass Strait, in sea depths up to 80 meters. It is the third major marine survey undertaken to determine the most suitable corridor for burying the project’s undersea cables.

MMA Offshore secured a $4 million contract to conduct underwater geotechnical surveys to refine the cable route for the Marinus Link project in December 2021.

“This survey builds on the results and analysis of previous surveys we have conducted. The locations chosen to take samples have been selected to minimise the impact on the seabed floor, reefs and marine life,” said offshore lead for Marinus Link, Sean Van Steel .

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TEK Ocean Spirit getting ready for Marinus Link duty

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The 1.5 GW Marinus Link is expected to unlock emission reductions of at least 140 million tonnes of CO2 by 2050, the equivalent of taking approximately a million petrol/diesel cars off the road.

The project involves approximately 255 kilometers of undersea high voltage direct current (HVDC) cable and approximately 90 kilometers of underground HVDC cable, plus converter stations in Tasmania and Victoria.

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