The module was lifted onto a barge at the Rosenberg Worley yard in Stavanger and will be transferred to the world's largest crane vessel, Heerema’s Sleipnir, then installed on the Neptune-operated Gjøa platform.
Neptune has been leading the project on behalf of the Nova-operator, Wintershall Dea, which will provide additional gas and oil volumes and extend the operating life of Gjøa.
Neptune’s Managing Director for Norway, Odin Estensen said: “We are proud to have reached this milestone in what is an important brownfield project for Neptune and the Gjøa platform. Throughout the project we’ve seen close cooperation of highly skilled teams working to construct the module safely and delivered according to plan.
“Especially today, as the international community and our sector is facing challenges related to both the Covid-19 pandemic and lower commodity prices, milestones such as these are very important and motivating for all those involved.”
The module’s load-out completes the fabrication phase by Rosenberg Worley which began in November 2018.
Praising the remarkable one team spirit in the project, Nova topside Manager, Øyvind Eie, said: “Neptune and Rosenberg have worked hard, together with the Wintershall Dea team, to complete the Nova module on time, with high quality and minimum carry-over work despite the challenging situation we are in.
“I am looking forward to achieving the next major Nova milestones together as we proceed towards module installation and finally production start.” The module will process the Nova field hydrocarbons and provide water injection facilities via the Gjøa platform. It is scheduled to be installed next month on Gjøa, the first floating production platform to be powered by hydroelectricity delivered via a submarine cable from the mainland, saving 200 000 t of CO2 each year. First gas is scheduled for 2021.
Image courtesy of Wintershall Dea
Read the article online at: https://www.oilfieldtechnology.com/offshore-and-subsea/08042020/nova-module-ready-for-transfer-to-neptune-energy-gja-platform/