Eureka Lightweighting Call 2026

6 May – 8 Oct 2026

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Project cooperationUpdated on 23 July 2026

Sustainable use of materials and other resources

Professor at VILNIUS TECH

Vilnius, Lithuania

About

Lightweight materials may be produced by integrating recycled construction and industrial waste.We aim at novel solutions for managing sustainable urban drain systems in densely populated cities.

Similar opportunities

  • Project cooperation

    BIOCARGO — Bio-Based Fibre-Reinforced 3D-Printed Frames for Light Cargo Vehicles

    • Project idea seeking partner(s)
    • Ideation - identifying the project idea
    • Development and testing of lightweighting design and manufacturing concepts
    • Development and use of novel or alternative advanced lightweight materials including optimized manufacturing processes
    • Substitution of conventional (raw-)materials with sustainable and lightweighting alternatives with a lower ecological footprint

    Gerfried Cebrat

    owner, main researcher at effiziente.st Energie- und Umweltconsulting e.U.

    Graz, Austria

  • Project cooperation

    NDT - to ensure quality & spare headrooms!

    • Expertise offered
    • Ideation - identifying the project idea
    • Development and use of novel or alternative advanced lightweight materials including optimized manufacturing processes
    • Innovative approaches in the areas of ease of disassembly, reparability, recyclability, and reuse of lightweighting components
    • Substitution of conventional (raw-)materials with sustainable and lightweighting alternatives with a lower ecological footprint

    Robert Holzer

    Business Development & Project Management at RECENDT - Research Center for Non-Destructive Testing

    Linz, Austria

  • Project cooperation

    Plant-based lightweight composite boards

    • Project idea seeking partner(s)
    • Design - setting the project scope
    • Ideation - identifying the project idea
    • Drafting - writing the project proposal
    • Substitution of conventional (raw-)materials with sustainable and lightweighting alternatives with a lower ecological footprint

    Thomas Sepperer

    Researcher at Fachhochschule Salzburg

    Salzburg, Austria