EUROFLEETS: FOSTERING LINKS TO INDUSTRY IN THE ADVANCEMENT OF EQUIPMENT INNOVATIONS FOR DEEP SEA OPERATIONS FROM RESEARCH VESSELS

EUROFLEETS : FAVORISER LES LIENS AVEC L'INDUSTRIE DANS L'AVANCEMENT DES INNOVATIONS EN MATIÈRE D'ÉQUIPEMENT POUR LES OPÉRATIONS EN EAUX PROFONDES À PARTIR DE NAVIRES DE RECHERCHE

Niamh Flavin (1) , Aodhán Fitzgerald (1) , Arturo Castellon Masalles (2) , David Waage (3) , Lars Jørgensen (4) , Jan Kjaerstad (5) , Jarle Sigurd Ødegård (5)

1 Marine Institute [Ireland]
2 CSIC - Consejo Superior de Investigaciones Científicas [Spain]
3 Hampidjan, Reykjavik, Iceland
4 MacArtney AS, Esbjerg, Denmark
5 SEAONICS, Ålesund, Norway

Eurofl eets is a key research infrastructure, essential for collecting in situ marine data sets from global oceans, regional seas and coastal waters. Research vessels carry and operate shipborne observation equipment and facilitate deployment and handling of a large range of observing and sampling instruments. The infrastructure is also evolving, with fixed ocean seafl oor observation and mobile surface and subsea autonomous technologies presenting challenges to the existing fl eet to deploy and maintain. Meeting the complex end user needs of European scientists across disciplines and geographic locations is an expensive and complex exercise requiring coordination at national and international levels, and the use of common standards and approaches. To meet the expected challenges, Eurofl eets+ (An alliance of European marine research infrastructure to meet the evolving needs of the research and industrial communities) project is undertaking Joint Research Activities (JRA) with key industry partners. Specifi cally, the objective of JRA 3.2 led by CSIC, with the Marine Institute and industry partners Hampidjan, MacArtney AS and SEAONICS is the study and conceptual development of equipment for deep sea operations from research vessels co-designed by research and industry partners. Improving interoperability of Large Exchangeable Instrumentation (LEXI) is a primary aim of Eurofl eets+, especially in terms of improvement and standardisation of tools/rigging for more effi cient operations. The collaborative approach aims to develop a new deep-sea winch design, a multipurpose crane/handling system for deep water operations and a dual mode handling system designed for the deployment and recovery of research tools through moon-pools or/and over the side.

Mots clés: Research Vessels; Deep Sea; Collaboration; Industry; Interoperability

Domaines: Sciences de l'environnement

Niamh Flavin, Aodhán Fitzgerald, Arturo Castellon Masalles, David Waage, Lars Jørgensen, et al.. EUROFLEETS: FOSTERING LINKS TO INDUSTRY IN THE ADVANCEMENT OF EQUIPMENT INNOVATIONS FOR DEEP SEA OPERATIONS FROM RESEARCH VESSELS. 9th EuroGOOS International conference, Shom; Ifremer; EuroGOOS AISBL, May 2021, Brest, France. pp.193-201. ⟨hal-03340637v2⟩