Home High value-added solutions area R-LIGHTBIOCOM – DEVELOPMENT OF NEW HIGH-PERFORMANCE LIGHTWEIGHT COMPOSITES FROM BIO-BASED AND SUSTAINABLE MATERIALS, THROUGH CIRCULAR VALUE CHAINS

R-LIGHTBIOCOM – DEVELOPMENT OF NEW HIGH-PERFORMANCE LIGHTWEIGHT COMPOSITES FROM BIO-BASED AND SUSTAINABLE MATERIALS, THROUGH CIRCULAR VALUE CHAINS

economia circular

Circular economy and sustainability area

DEVELOPMENT OF NEW HIGH-PERFORMANCE LIGHTWEIGHT COMPOSITES FROM BIO-BASED AND SUSTAINABLE MATERIALS, THROUGH CIRCULAR VALUE CHAINS


R-LIGHTBIOCOM

Motivations


New lightweight high-performance composite materials (HPCs), in conjunction with more efficient sustainable processing technologies, have a high impact on performance and environmental benefit for all application sectors. However, at present the application of sustainable HPC is limited only to large sectors, due to their own limitations in terms of: long processing times, high prices and low recyclability.

The project proposes a new paradigm in the way of developing and recycling high-performance lightweight composite materials, helping their recyclability through a new design in their production. In addition, the project will contribute to the circularity of materials to achieve European objectives in environmental terms and reduce waste generation and the use of unsustainable fossil resources.

Objectives


Initially, a catalogue of new bio-based raw materials and high-performance composite materials with inherent recyclability properties will be developed (at least 3 new types of bio-resins, 4 new nano-fillers and biomass-derived additives, and 3 families of textile products based on sustainable fibres). To reduce the current manufacturing costs associated with  high energy consumption and emissions, efficient processing techniques (2 new fast-curing techniques) combined with recycling technologies will be developed in order to reduce waste generation and induce circularity.

Expected results


  • The results will be validated with 3 real business cases: in the automotive, infrastructure and aeronautics sectors. In this way, it contributes to establishing new sustainable and innovative value chains in the EU HPC industry, promoting a shift from linear to circular paradigm.

Grant number: Grant Agreement ID: 101091691
Program: Horizon Europe 2.4 Digital World, Industry and Space
Period of execution: January 2023 – June 2026
Status: In progress
Entity: European Union

Project website: R-LICHTBIOCOM

This Project is funded by the European Union under Grant Agreement Project No 101091691.

These contents and opinions are the sole responsibility of the author(s), and in no case can be considered as a reflection of the position of the European Union or the European Commission. Neither the European Union nor the European Commission can be held responsible for them.

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ÁREAS DE I+D

Nuevos materiales

Nuevos materiales de altas prestaciones y funcionalizados

economía circular

Economía circular y sostenibilidad

fabricación avanzada

Fabricación avanzada, textiles inteligentes y digitalización

Soluciones de alto valor añadido para mercados estratégicos

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