Global economic competitiveness cluster
Diary dates
Du 26 au 28 juin à Compiègne |
Du 31 mai au 1er juin à Rennes |
Du 27 au 28 mars à Paris |
Du 7 au 9 mars à Brest |
22 mars à Guingamp |
28 mars à Lorient |
9 février 2012 à Paris |
Excellente année 2012 |
31 janvier à Lanvéoc-Poulmic |
10 février 2012 à Lorient |
30 mars 2012 à Brest |
DU 26 au 27 janvier 2012 à Nantes |
Du 11 au 12 janvier 2012 à Bordeaux |
Plan du site
menu-pole-mer-ang
- The Pôle Mer
- Themes
- Projects
- Officially recognised projects
- Project from design to approval
- Project funding
- METANE: Modelling aimed at ensuring the safety of subsea oil and gas exploitation in deep-water environments
- BluStream®: Innovative second-generation high-output turbine
- PAINTCLEAN: Eco-friendly anti-fouling paint
- ORCA: Full-scale wind turbine demonstrator at Paimpol Bréhat
- COCORISCO: Knowledge, Understanding and Management of Coastal Risks
- PERLE: Towards the sustainable reintroduction of the flat oyster
- ARCHPOL: Researching new DNA polymerases in a microorganism isolated from a deep-water hydrothermal source
- SIMEO: An eco-friendly buoy for marine vertebrate surveillance
- PROFILTEAM: Human resource and crew management on board ships
- Grand Largue: Mixed sail/engine propulsion for fishing boats and merchant navy vessels
- VECOP: Recycling seashell by-products for use in constructing pervious urban paving
- NAVECOMAT: Ship eco-design using biocomposite materials
- FEMEM: Characterizing fatigue and ageing in marine environment elastomers
- MCGS: Centre of expertise producing information on the maritime sector
- TACTIPECHE: A data-processing system designed to improve sustainable fishing methods
- BLIDAR: A LIDAR buoy for measuring wind at sea close to wind turbines
- CANOE: Yacht crews to participate in gathering oceanographic data
- Bilboquet: Producing electricity by recycling energy from the ocean swell
- LUTOR: Marine-sourced bioactive compounds to prevent growth of Orobanchaceae among crops
- SALTO: A rapid, effective method for identifying toxic algae
- TMS: High bit-rate communication terminal for use onboard ships at sea
- Comet: Competitive, autonomous subsea robots that operate in groups
- VAMINC: Marine active ingredients to soothe inflamed skin
- RESIBAD: Reducing the effects of an undersea explosions using a bubble curtain
- TOPLIPID: Healthy products based on active ingredients extracted from marine microalgae
- PARALEX: Understanding how pathogenic microorganisms overcome invasive, toxic red tides
- SUDALAB: Controlling the food safety of edible seaweed in Brittany
- PISCENLIT: Towards sustainable intensive fish and shellfish farming
- I2D (Iroise Drug Discovery): Exploration of medical potential of marine organisms
- GALILEOCEAN: Optimizing maritime applications of Galileo, the European satellite positioning system
- MACROES: Improving understanding of the global functionning of the ocean system
- SIMODE: Improving understanding of the oceans by modellinf the wave breaking that disrupts radar measurements
- MARQUOPOLEAU: Detecting the origin of coastal water pollution
- SEDIDEPOT: Secure land based storage of contaminated marine and river sediments
- SEDIGEST: Using marine dediment for quarry infill and restoration schemes
- HEXECO: Improved forecasting of the impact on the littoral of hurricanes and powerful storms
- PREVICOT: Real-time coastal forecasting designed for different maritime users
- NOSS (Nke Optical Salinity Sensor): Reliable and competitive salinity sensors for studying coastal waters
- STRACES: Optimising detection of trace marine pollutants
- GIRAC: Delivering consistent bathing water quality
- NANOMERC: Cosmetics based on marine nanoparticles
- VEGEAQUA: Vegetarian fish farming?
- PHARMASEA: Marine-sourced molecules for combating Alzheimer's disease
- SAFEOIL: A biomass fuel from marine microalgae cultivated in former kaolin quarries
- ODONTOMER: Preservative-free oral and dental hygiene products based on marine active substances
- AQUACTIFS: Genetically identifying and cultivating seaweed for
- ARCHAEAL DNA REPAIR: Uncovering the secrets of a marine miroorganism expert at DNA repair
- ULVOLIGO: Active cosmetics ingredients extracted from sea lettuce
- AZOSTIMER: Algae-based fertilisers to help improve crop absorption of nitrogen
- HEMORGAN : Using marine worm haemoglobin for donor organ conservation
- DEEP OASES: Exploring deep-ocean diversity
- SEALACIAN: From living fossil to future medicine
- CARPP: Culturing red algae by controlling seaweed sexual reproduction
- AGROGASOIL: Diesel for fishing vessels from fishing industry waste
- EFFICHALUT: Better fishing for greater economy
- RISCO: Understanding - and responding to - causes of mortality among adult and spat oysters
- ORCASAV: A new fishing technique for the fishing of Patagonian Toothfish, benefiting both the environment and boat owners
- AMPHORE: The role of marine conservation areas in managing fish stocks
- ECOKELP: What is the future for Laminaria forests and seaweed harvesting?
- COGEPECHE: From boat to plate – improving fishing, selling, buying and consumption
- ORMEAUX: Breeding a rare and valuable shellfish
- Optipêche: Catching only the best to avoid rejecting the rest
- Internet Pêche Bas Coût: Developing fishing online
- ITIS: New trawl methods for targeted fishing
- SIAD: Improving fish-stock data reliability
- MEGAWATFORCE: Exploiting the power of ocean currents for a predictable source of electricity
- WINFLO: Deep-water offshore wind turbine floating on a semi-submersible platform anchored using catenary mooring cables
- DIWET: Deep-water offshore wind turbine floating on a semi-submerged platform anchored using a tension leg system
- MARENERGIE / SABELLA: Harnessing tidal power
- BIOPAINTROP: Environmentally friendly anti-fouling paint based on tropical marine molecules
- MERITA: Using thermoacoustics for shipboard environmentally friendly refrigeration
- SIGRAN: 'On the bridge of the future", augmented reality as navigation tool
- SAPHIR: Building wireless communication networks on board ships
- EONAV: Energy consumption and atmospheric emissions - optimising ship operations
- OPTNAV: Optimising vessels hydrodynamics to improve performance and reduce energy consumption
- HYCARE: Improve monitoring of bilge water hydrocarbon levels
- NACRE: Developing environmentally friendly ships
- CONVENAV: Eco-friendly ships from design to dismantling
- CONVENAV: Eco-friendly ships from design to dismantling
- PROFILTEAM: Human resource and crew management on board ships
- FEMEM: Characterizing fatigue and ageing in marine environment elastomers
- HEOL: An environmentally friendly passenger vessel with access for all
- GRAND LARGUE: Mixed sail/engine propulsion for fishing boats and coastal vessels
- NavEcoMat: Boat eco-design using biocomposite materials
- PAINTCLEAN: Environmentally friendly antifouling paint
- CORONAV: High-definition corrosion control
- SEANET: High-speed communications between vessels in the same fleet at a distance from the shore
- GEODESIC / MEDUSA: High-tech maritime surveillance that factors in human behaviour
- POLHSAR: Intensifying radar monitoring to combat deliberate marine pollution more effectively
- SEA TEST BASE: Sea-based marine and undersea equipment R&D test platform
- ATOS: An "optics-based" undersea, acoustic probe for more effective remote monitoring
- SOS STABILITE: Improving small fishing vessel safety
- BASIS: Personal locator beacons – a maritime industry distress alert system within reach of yachtsmen
- MODENA: Maritime surveillance incorporating the concept of intelligent vision
- PIRANA: High performance radar in compact, competitively priced format
- eX-TREME: High-speed data transmission at sea
- ASEMAR: Autonomous and intelligent drone
- Networking
- International dimension
The sea - Source of innovation and economic development
