Sustainable Bio-Based Composites for the Future of Manufacturing
Innovative bio-based composites using Liquid Deposition Modelling (LDM)
Why BioCoLiDe
Sustainable Materials
Development of eco-friendly composites using recycled polymers and natural fibres.
Advanced 3D Printing
Utilising Liquid Deposition Modelling (LDM) for innovative and precise material fabrication.
Circular Economy Focus
Designed for recyclability and reuse, reducing waste and environmental impact.
Research & Innovation
Bridging academia and industry to create high-performance, next-generation materials
About the project
What is BioCoLiDe?
BioCoLiDe is a research and innovation project focused on developing sustainable, bio-based composite materials using recycled thermoplastics and natural fibres. By leveraging advanced additive manufacturing techniques, the project aims to create high-performance materials for thermal insulation and semi-structural applications while supporting circular economy principles.
The problem
- High environmental impact of traditional materials
- Waste from plastics and biomass (e.g. wood residues)
- Need for circular economy solutions
- Lack of sustainable construction materials
- Need of energy-efficient buildings
Our Mission
Innovative Bio-Based Composite Development and 3D Printing Solutions
BioCoLiDe focuses on developing sustainable materials and advanced manufacturing processes for real-world industrial applications.
Stage
Material Research & Selection
Identification of suitable bio-based polymers and natural fibres, focusing on sustainability and performance.
Stage
Composite Development
Formulation and optimisation of composite materials to achieve improved mechanical and thermal properties.
Stage
Manufacturing & Prototyping
Production of components using advanced 3D printing (LDM) and development of functional prototypes.
Stage
Testing & Validation
Evaluation of material performance through mechanical, thermal, and fire testing.
Stage
Optimization & Recycling
Refinement of materials and development of recycling strategies to support circular economy goals.
Stage
Demonstration & Application
Deployment of final prototypes in real-world scenarios, showcasing industrial applications and impact.
Project Goals
BioCoLiDe addresses critical environmental and industrial challenges by rethinking how materials are designed, produced, and reused.
Develop 100% bio-based composite materials
Improve thermal insulation and mechanical properties
Enable 3D printing of sustainable materials
Create real prototypes (panels/components)
Establish recycling and reuse processes
Bridge industry + academia collaboration
The Team
Project Partners
Funded by
