Research Research
Circular Vehicle Architectures
- Design for circularity in vehicle systems
- Modular and remanufacturable architectures
- Design for disassembly and reuse
Circular Components
- Circular design of structural components
- Lightweight structures for circular vehicles
- Material substitution and eco-design
Recycled Aluminium & Lightweight Alloys
- Closed-loop aluminium recycling
- Secondary aluminium in automotive structures
- Lightweight alloy circularity
Composites & Polymers
- Thermoplastic composites for circularity
- Recycling technologies for CFRP and GFRP
- Bio-based and recyclable polymers
Tyres & Mixed Materials
- Multi-material circularity strategies
- Advanced steel recycling
- Tyre circular economy technologies
Steels
- Advanced steel recycling
Industrial Innovation
OEM circular vehicle strategies
Digital twins for circular manufacturing
Automotive material recovery systems
Circular supply chains and reverse logistics
Demonstrators of circular components and materials
Industrial Innovation
OEM circular vehicle strategies
Digital twins for circular manufacturing
Automotive material recovery systems
Circular supply chains and reverse logistics
Demonstrators of circular components and materials
Industry innovation
A novel industrial process, method or solution that advances manufacturing, sustainability or circular economy goals aligned with ZEvRA objectives.
Industrial application
Demonstrator
A working prototype, system or process that demonstrates a technology or method relevant to zero-emission vehicle retrofitting and assembly.
Physical or digital
Proof of concept
Early-stage evidence that a new idea, approach or technology is feasible and has potential for application within ZEvRA’s scope.
Feasibility stage
Industrial Innovation
OEM circular vehicle strategies
Digital twins for circular manufacturing
Automotive material recovery systems
Circular supply chains and reverse logistics
Demonstrators of circular components and materials
Academic Research
Circular Vehicle Architectures
- Design for circularity in vehicle systems
- Modular and remanufacturable architectures
- Design for disassembly and reuse
Circular Components
- Circular design of structural components
- Lightweight structures for circular vehicles
- Material substitution and eco-design
Recycled Aluminium & Lightweight Alloys
- Closed-loop aluminium recycling
- Secondary aluminium in automotive structures
- Lightweight alloy circularity
Composites & Polymers
- Thermoplastic composites for circularity
- Recycling technologies for CFRP and GFRP
- Bio-based and recyclable polymers
Steels, Tyres & Mixed Materials
- Multi-material circularity strategies
- Advanced steel recycling
- Tyre circular economy technologies
Conference topics
Abstract Template
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Full Paper Template
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Presentation Template
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Circular Materials & Mobility Conference
Infotext oder Topics
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