Shipbuilding and leisure boatbuilding
The shipbuilding industry is investing in research into clean technologies for economic development, improved safety and respect of the environment.
- AERONAV - Rapid, energy-efficient crew boat
- AROME - Assisted optimised, eco-friendly maritime routing
- Beyond the sea - Towing ships by kite
- Biopaintrop - Environmentally friendly anti-fouling paint based on tropical marine molecules
- Cap enc - Developing a sensor to measure fouling of underwater systems in the marine environment
- CONTREDO - Improving understanding of dynamical system intervals
- Convenav - Eco-friendly ships from design to dismantling
- Coronav - High-definition corrosion control
- COSME - Outils de simulation et d’analyse de la performance des navires volants et intelligents
- DERIVA - Nouveau concept de voile-aile innovante pour le transport maritime
- Eco-securite - Pour des navires plus sûrs, plus opérationnels et moins polluants
- ECO2track - Ocean currents carrying future solutions
- Eonav - Energy consumption and atmospheric emissions - optimising ship operations
- EPENON - An electronic telltale to optimise airflow on a wind turbine blade
- EVA - Connected boat
- EVA2 - Intelligent autonomous mobility
- Femem - Characterizing fatigue and ageing in marine environment elastomers
- FILHyPyNE - Using a hydrogen/fuel cell hybrid as a new means of fishing boat propulsion
- FOR System - Onboard passive safety system, a key element in maritime safety
- Grand largue - Mixed sail/engine propulsion for fishing boats and merchant navy vessels
- Hycare - Improved monitoring of bilge-water hydrocarbon levels
- KATSURF-2 - Innovative, high-speed, semi-submersible remotely controlled vehicle
- Lupo - Une moto-marine électrique sur foil pour les loisirs nautiques et fluviaux
- MADNESS - Conception d’applications logicielles sûres pour le secteur naval
- Marvest - Making virtual images used in navigational training simulators more realistic
- Megaptere 210 - Innovative, competitive trimaran fishing boat
- Meta - Tool for analysing and optimising the performance of sail-powered vessels
- Nacre - Environmentally friendly ships
- Navalis - Innovative crewboats for offshore wind farms
- Navecomat - Ship eco-design using biocomposite materials
- NEOLINER - An environmentally friendly, reliable and competitive cargo vessel
- OASSYS - Hybrid robotic yacht for autonomous ocean observation and surveillance missions
- OceanoScientific® System - Enhancing the scientific research vessel fleet
- Operah - Navigational aids for sail/engine-powered ships
- OPTIROUTE - Taking account of sea state to optimise ship routing
- Optnav - Optimising vessel hydrodynamics to improve performance and reduce energy consumption
- Paintclean - Eco-friendly anti-fouling paint
- PASSION - Intelligent navigation bridge on board ships
- PECHYB - Hybrid fishing boat
- PLATYPUS MER - An innovative semi-submersible for surface and underwater activities
- Profilteam - Human resource and crew management on board ships
- Saphir - Developing a wireless communication network on board ships
- SEP PAC - Propulsion system based on fuel-cell power
- SERENITE - A safer, cleaner more economical coastal fishing vessel
- SESAME - Improving management of the flow of satellite data for maritime traffic surveillance
- SOLID SAIL 2.0 - Rigid sail for new-generation cruise liners
- Sos stabilite - Improving small fishing vessel safety
- SPHYRNA - Multifunctional onboard platform
- SWAMSI - Improving the global system for broadcasting maritime information
- Vitem - Evaluating how elastomers perform in the marine environment
- Voilier du futur - First yacht to demonstrate use of boatbuilding eco-materials and eco-technologies
- WINDFIELD - LiDAR solution to real-time wind measuring
- Windkeeper - An economical, clean and intelligent ship for servicing offshore wind farms
