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Home›Technology›Carnegie Uses SRP’s Mooring Connector for Perth Wave Project
Technology

May 14, 2015 · about 11 years ago

Carnegie Uses SRP’s Mooring Connector for Perth Wave Project

Subsea Riser Products Ltd (SRP), an Acteon company, has completed the third and final installation using the SRP Rocksteady™ mooring connector for the Perth Wave Energy demonstration project, offshore Western Australia. Summarising the original sourcing decision, David Kessel, Carnegie supply chain

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Subsea Riser Products Ltd (SRP), an Acteon company, has completed the third and final installation using the SRP Rocksteady™ mooring connector for the Perth Wave Energy demonstration project, offshore Western Australia.

Summarising the original sourcing decision, David Kessel, Carnegie supply chain and IMS manager, said: “As part of the ground-breaking Perth Wave Energy Project, a competitive tender process was undertaken for the rapid connection system that joins the CETO pump to the seabed pile foundation. Carnegie Wave Energy selected Subsea Riser Products (SRP) and its Rocksteady connector technology based on cost, quality, reliability and delivery.”

Carnegie’s demonstration project is the first wave energy project to use a variant of the SRP Rocksteady subsea mooring connector.

“During the first unit installation, the Rocksteady connector automatically latched when fully inserted in the receptacle. It was then preloaded to survive the cyclic wave loading. Carnegie required a one-day (port-to-port) installation and met this target with the installation of the second and third CETO units, in which the Rocksteady played a vital role,” Kessel said.

With all three CETO systems now installed, the Rocksteady subsea mooring connectors, with a maximum breaking load (MBL) of 2,000 tonnes, have been operating successfully for more than six months in sea states of up to 3.5 m wave height.

Carnegie will soon be undertaking the first subsea disconnection to conduct an onshore inspection of the full CETO 5 system.

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