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Research & Innovation Projects

JEC World


JEC Composites Research & Innovation Projects

Découvrez les Recherches et Innovations de pointe dans le domaine des composites

Le programme "JEC Composites Research & Innovation" (R&I) met en lumière les dernières avancées en matière de matériaux composites. Explorez des recherches révolutionnaires, des technologies innovantes et de nouveaux matériaux qui façonnent l'avenir de cette industrie. Connectez-vous aux entreprises et à leurs partenaires qui pilotent ces projets afin de rester à la pointe des tendances émergentes dans le secteur des composites.

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JEC Composites R&I Project

Notre programme de Recherche & Innovation (R&I) fonctionne comme une plateforme de connection entre les innovateurs et l'industrie des composites.


Comblez le fossé entre la recherche & innovation et l'industrie des composites

Pourquoi participer au programme ?

Le Programme de Projets de Recherche et Innovation, point fort de la prochaine édition de JEC World, offre aux projets R&I une occasion unique de valoriser leurs avancées. Cette initiative vise à accroître la visibilité des projets innovants en permettant aux participants de se connecter avec des leaders et des innovateurs ouverts à la collaboration. Participer à ce programme, c’est accélérer l’impact de la recherche, faciliter sa diffusion et son intégration sur le marché. Les projets collaboratifs se placent ainsi à la pointe de l’évolution de l’industrie et profitent de partenariats précieux qui favorisent le progrès technologique.

Découvrez les projets de recherche et d'innovation participant à JEC World 2025

Participez à des projets en cours à la recherche de partenaires et découvrez les résultats de projets finalisés. Notre objectif est de faciliter des collaborations, ainsi que des partenariats, entre ces initiatives R&I et l'industrie dans son ensemble, afin de garantir que ces projets bénéficient à l'ensemble du secteur.

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Agenda / Research & Innovation Projects

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Open Stage
  1. Open Stage
    Fatigue evaluation of composite structures requires experimental data for each possible lay-up, making it costly. Consequently, companies choose to reduce design freedom by only using a few qualified ...
    Logo D-Standart
  2. Open Stage
    The MC4 partnership will present research results for short-term and long-term processes to improve the circularity of glass fibre composites, with a focus on the markets of sports equipment, urban fu ...
    Logo MC4
  3. Open Stage
    CITEVE, as a Textiles’ Technology Centre, has established itself as a national leader in advancing textiles for composite applications, spearheading numerous projects across various sectors, namely De ...

    Logo Citeve

  4. Open Stage
    In this session Peio Olaskoaga will present the achievements made by INFINITE Project in the development of wireless innovative technology for the monitoring of aerospace carbon composites.   
    Logo Infinite
  5. Open Stage
    Most ships with a length below 50m are made of composite materials. The new approach to shipbuilding proposed in FIBRE4YARDS will allow shipyards to be more productive and efficient while reducing the ...
    logo Fiber4yard
  6. Open Stage
    From design to sea trials, CoPropel is addressing each engineering & manufacturing steps to build a breakthrough solution giving end user major benefits: reduction of underwater radiated noise and low ...
    logo Copropel
  7. Open Stage
    The ZEBRA (Zero wastE Blade ReseArch) project aims to transform the design of wind turbine blades using recyclable materials and Elium thermoplastic resin. It incorporates optimized, digitized and aut ...
    logo IRT Jules Verne
  8. Open Stage
    We combined laser-assisted insitu consolidation tape laying and fused filament fabrication to manufacture in three stages a 100% thermoplastic stiffened panels with innovative designs using LMPAEK-PEK ...
    Logo Domminio
  9. Open Stage
    ECOHYDRO aims to develop a new energy efficient filament winding process of hydrogen storage tanks using recyclable composites. We will develop multi-functional thermoplastic acrylic resin with fire-r ...

    Logo Ecohydro

    logo IMT

  10. Open Stage
    This session will present the REFRESH smart, circular concept for enabling improved recycling of glass fibre-reinforced composites from decommissioned wind turbine blades. A dedicated traceability too ...
    Logo Refresh
  11. Open Stage
    This presentation discusses the DeremCo project’s approach to recycling fiber-reinforced composites (FRPs) from wind turbine blades and other industries. It highlights innovative, sustainable methods ...
    logo Deremco
  12. Open Stage
    Polymeris and Forvia will be co-presenting two projects in which they are both partners: one on the design and manufacturing of bio-based, circular and sustainable composites (BIOntier); the other on ...

    Logo BIOntier

    Logo ZEvRA

Open Stage
  1. Open Stage
    The Corenstock industrial chair, a partnership between Institut Mines-Télécom and elm.leblanc, aims to transform the heating industry by introducing innovations to enhance the energy efficiency of dom ...

    Logo Corenstock

    Logo IMT

  2. Open Stage
    This session presents alternative approaches to yacht functional components customization, highlighting how cutting-edge technologies enable complete design freedom while reducing environmental impact ...
    logo NEMO
  3. Open Stage
    Typically, sustainability aspects of design are not inclu ded in concept optimisation, and instead an assumption is made that increased durability is always good. However, if an increase in durability ...
    logo D-Standart
  4. Open Stage
    This session will present the REFRESH smart, circular concept for enabling improved recycling of glass fiber-reinforced composites from decommissioned wind turbine blades. A dedicated traceability too ...
    Logo Refresh
  5. Open Stage
    The MC4 partnership will present research results for short-term and long-term processes to improve the circularity of carbon fibre composites, with a focus on the markets of boatbuilding and aerospac ...
    Logo MC4
  6. Open Stage
    In this session, CeNTI will highlight the development of sustainable composites made from biobased and/or recyclable materials, offering eco-friendly solutions across multiple industries. These materi ...
    logo CeNTI
  7. Open Stage
    This presentation discusses the DeremCo project’s approach to recycling fiber-reinforced composites (FRPs) from wind turbine blades and other industries. It highlights innovative, sustainable methods ...
    logo Deremco
  8. Open Stage
    Polymeris, as a competitiveness cluster, will mention its activities to network and to involve relevant partners and espacially SMEs in European projects. In both Bio-Uptake and Thermofire projects, P ...

    Logo BioUptake Thermofire

     

  9. Open Stage
    The main objective of the session is informing the assistances about the European REWIND project, to provide information about its origin, how the work is planned and what objectives are intended to b ...
    logo Rewind
  10. Open Stage
    One of the key activities is to identify the most pressing challenges and suitable technologies in the field of advanced materials in four different sectors. AMULET examined trends and innovations in ...
    logo AMULET