Marine energy and mining resources
Wind, wave and tide : the natural assets of the Freanch coastline offer significant marine energy potential.
- 4MUST - Mission Management for Multiple Marine and Underwater Systems and Technologies - Développement d’un logiciel pour la planification optimale et le suivi et de missions sous-marines impliquant un ensemble d’actifs comprenant un ou plusieurs drones sous-marins autonomes (AUV)
- ABIOP - Methods for characterising and quantifying biofouling required for MRE system dimensioning and maintenance
- AIMS - Integrated acoustic monitoring of marine environment noise
- AMM-EMR - Monitoring the lifespan of floating MRE anchor systems
- APPEAL - Ecosystemic approach to the impact of floating wind farms
- ASAPe - Add-on systems to boost wind turbine performance
- BENTHOSCOPE - Passive acoustic monitoring of the impact of wind turbines on the benthos
- BENTHOSCOPE2 - Passive acoustics monitoring of MRE impact on the benthic population
- Beyond the sea - Towing ships by kite
- Bilboquet - Producing electricity by recycling energy from the ocean swell
- Blidar - A LIDAR buoy for measuring wind at sea close to wind turbines
- BLUE - Small tidal turbine for autonomous, off-grid generation systems
- BLUE CLOCK - Ultra-low energy precision clock for undersea equipment
- BLUE IoT - EOLIA - Underwater sensors for monitoring the parameters of MRE objects
- Blustream® - Innovative second-generation high-output turbine
- C-3POe - Couplage Pérenne Plug & Play Eau Electricité pour les îles et sites côtiers isolés
- Canopus - Intelligent beacons for offshore undersea acoustic positioning and maritime surveillance
- Cap enc - Developing a sensor to measure fouling of underwater systems in the marine environment
- CARAVELLE - Predicting wind conditions for MRE based on satellite data
- CEMAS - Continuous Environmental Monitoring At Sea
- COASTWAVE - Analysing the spatial variability of wave fields in coastal and littoral zones
- COME3T - Comité d’expertise pour les enjeux environnementaux des énergies marines renouvelables
- CORAP - Développement de COnnecteurs Rapides de Puissance (CORAP) pour l’éolien flottant
- COSICO - Modelling the behavious of structural bonding in offshore MRE systems
- CTV H2 - Projet d’Etude de faisabilité pour l’intégration d’une propulsion hydrogène dans un CTV
- DEEP BLUE - High spectral purity blue laser diode for chemical analysis of the marine environment
- DigiTwinxD - Jumeau numérique, plateforme de continuité numérique d’un écosystème maritime complexe
- DIKWE - Breakwater: Coastal protection with energy generation
- DiMe - Modelling and observing extreme sea-state wave swell for MRE
- DIMPACT - Dimensionnement d’éoliennes flottantes prenant en compte les impacts de la raideur et du déferlement des vagues
- DOMTEM - Developing a tool to model turbines in a marine environment
- ECOSFARM - Assessing and optimising the control of marine energy parks from the design stage
- EFFICACE - Pre-construction engineering for a floating wind turbine
- EOLINK - Study of a new floating wind turbine design
- ePARADISE - Assessing the effect of aerodynamic interference on wind turbine blades to improve durability and noise impact
- EPENON - An electronic telltale to optimise airflow on a wind turbine blade
- FARMOTION - Développement d’une voile rotor de grande dimension
- FARWIND - Autonomous hydro- and sail-powered fleet producing renewable energy from offshore wind
- FLOATWIN - Concept hybride intégrant une VAWT sur un flotteur houlomoteur
- FLOWIND - Optimiser les opérations d’inspection et maintenance des fermes éoliennes offshore flottantes
- GEOSISMEM - Geophysical surveying of the seafloor at offshore MRE sites
- GERESFAULT - Exploration de nouveaux systèmes géothermiques à partir des zones de failles crustales
- GHYDRO - A guide to evaluating the environmental impact of offshore wind-turbine technologies
- HOTPLUME - Improving understanding of deep-ocean hydrothermal flows and their involvement in biogeochemical cycles and mineral resources
- HT-20MW - Hub de connexion électrique haute tension en mer et application pour une éolienne de 20 MW
- HYD2M - Hydrodynamic measuring and modelling of the Raz Blanchard (Alderney Race)
- HYDROFAN - Mass production of high-performance, composite wind-turbine blades
- HydroGP - Développement d’un hydrogénérateur de grande puissance
- Hyperwind - Global surveillance of wind farms
- i-MARECO - Performance and life cycle of port infrastructure
- IAS_WEC - Système houlomoteur utilisant un ancrage innovant
- ID-GF (Imageur Distribué Grands Fonds) - Développement de briques technologiques d’un imageur distribué grands fonds
- IMPALA - Assessing the impact on microplankton of deepwater upwelling in the subsurface of an Ocean Thermal Energy plant
- INDUSCOL - Studying the durability in the marine environment of bonded multi-material tidal turbine structures
- JONATHAN - The development of MRE activities, including wind power, at sea and the creation of Marine Protected Areas (MPA) are increasing the demand for knowledge of the marine environment and for monitoring species over vast distances
- JUNIC - Jumeau numérique par la cartographie des Ions Chlorures dans Les Structures EMR en Béton
- LIQHYD (LIQuéfacteur HYdrogène Décentralisé) - Développement et construction d’un système de liquéfaction H2 implanté sur le navire éolien FARWIND
- LITTOGEOTHERM - Recherche de ressources géothermales haute température en domaine littoral
- Marenergie - Harnessing tidal power
- MARLIN - Developing heat exchangers and deep-water piping for Ocean Thermal Energy (OTE)
- MARTOC - Maritime Autonomous Research & Tracking Of Cables
- Megawatforce - Exploiting the power of ocean currents for a predictable source of electricity
- MegaWattBlue® - Second generation tidal turbine demonstrator
- MELODI - Subsea mineral exploration using magnetic and electromagnetic measurements
- Metane - Safety modelling for subsea oil and gas exploitation in deep-water environments
- MHM-EMR - Monitoring the service life of anchoring systems for MRE
- Modnat - Modelling hazardous natural phenomena for dimensioning marine structures
- MOMENTA - Incorporating data on atmospheric and wake turbulence between wind turbines in upstream wind farm design
- Monacorev - Numerical tools for designing wave energy converter technology
- MONAMOOR - Suivi des lignes d’ancrage en polyamide
- MOORREEF - Effet récif sur la biocolonisation de structures marines d’éoliennes offshores
- MUTANC-GEOTECH - MUTualisation d’ANCrages pour champs d’éoliennes flottantes - aspect GEOTECHnique
- OHME - Développement d’outils pour la maintenance lourde des éoliennes en mer - Offshore Heavy Maintenance Enabler (OHME)
- OMDYN2 - Behaviour and lifespan of floating MRE cables
- Orca - Full-scale tidal turbine demonstrator at Paimpol Bréhat
- P6000 - Batterie équipression encapsulée pour grandes profondeurs (-6000m)
- Ph4s - Electricity generating solution combining marine renewable energies
- PHYSIC - Understanding the hydro-sedimentary process generated by marine currents
- Piccard - Capteurs Electromagnétique et Photosensible pour les Abysses et leurs Enjeux
- PIKSEL UHR3D - Système d’acquisition de données géophysiques marines à ultra haute résolution
- Pmh - Developing a pilot wave turbine
- POLSEA - Système d’imagerie pour améliorer la vision sous-marine et sécuriser les inspections
- POLYAMOOR - Flexible and durable polyamide mooring for MREs
- PROSE+ - Projet de Recherche Offshore Sismique et Electrique PLUS
- PyWEC - Piezoelectric generator for renewable energy conversion
- RECIF - REduction des Coûts de l’Industrialisation des Flotteurs d’éolienne
- S.CO.RE - Tank testing platform for floating wind turbines
- Sabella - Harnessing tidal power
- Safeoil - A biomass fuel from marine microalgae cultivated in former kaolin quarries
- SEA TC - Developing an underwater energy transfer system suitable for MRE
- SEALHYFE - Production d’hydrogène vert en mer à partir d’EMR
- SEASNAKE - Améliorer les performances des câbles sous-marins de production d’énergies marines
- SEMMACAPE - Studying and monitoring marine megafauna using automatic characterisation in wind turbine parks
- Sesame - A geological and goephysical model
- Simeo - An eco-friendly buoy for marine vertebrate surveillance
- SOFTWIND - Modelling the behaviour of floating wind turbines in a test tank using SIL (software-in-the-loop)
- SOLCYP+ - Dimensioning and designing robust foundation systems for wind farms
- SPECIES - Assessing the potential impact of subsea electricity cables on benthic organisms
- SPIDHY - Innovative system of tidal turbine positioning
- SSMH2.0 - Smart Structure Monitoring Hydroptere2.0
- STATIONIS - Optimisation software for the architecture of seabed-to-surface linking of a floating wind farm
- STHYF - Stability of MRE cables on the seabed
- SUBSEE4D - Digital twin for 4D monitoring of operational wind turbines
- THYMOTE - Characterising the eddy effect of tidal turbine sites
- TROPHIK - Modelling the impact of wind farms on the trophic functioning of the coastal ecosystem
- uLISS.EMR - Innovative energy storage technology for seamless tidal turbine output
- VALARRAY - Software for optimising tidal and offshore floating wind farms
- VIMFLO - Développement d’un navire pour la maintenance et l’exploitation des parcs éolien flottants
- VISTA - An immersive simulation platform for training MRE personnel
- Vitem - Evaluating how elastomers perform in the marine environment
- WATCHDOG - An autonomous, intelligent robot for assisted subsea diving
- WaveGem2 - Plateforme offshore multi-énergies optimisées pour des applications d’autonomie en mer
- WINDQUEST - Demonstrator for floating offshore vertical-axis dual-rotor wind turbine
- WINDSERV - Rôle des parcs éoliens en mer dans la préservation de la biodiversité et des services écosystémiques : vers une approche multi-modèle des indicateurs de services
- WindStor - Naval Far Offshore Wind Energy Conversion and Storage
- Winflo - Deep-water offshore wind turbine floating on a semi-submersible platform anchored using catenary mooring cables
