Handbook
Pilot Facilities in Convert2Green
Electrospinning of nano-fibres & Spray Freeze Drying
Flexible electronics and Diagnostics Infrastructure
Smart Textiles process chain from yarn to product
Electron Beam Material Treatment; Roll-to-roll pilot wet & vacuum coating technology
Plastics Recycling and Plastic Film Extrusion
Atmospheric pressurespray coating facilities
Electrochemical processes and energy storage
Characterization, Testing and Modeling
Human and Environmental Hazard Assessment
Living Lab Demonstration Site Construction products & Energy Storage
Multiscale material modelling and in-silico design
Pilot Line and testing facilities for recovery of critical raw materials (up to 2500 °C)
Life Cycle Analysis, Economic Feasibility and Life Cycle Cost Analysis
Applications Examples - how researche meets industry
Car-Interieur from circular and carbon neutral materials
Car-Interieur from circular and carbon neutral materials
Car-Interieur from circular and carbon neutral materials
- Injection-molded car interior components from recycled or bioplastics
- 30% reduced carbon footprint fulfilling Stellantis test protocols for anti-glare; scratch and UV resistance
Climate neutral single use printed batteries for IoT & smart health
Climate neutral single use printed batteries for IoT & smart health
Climate neutral single use printed batteries for IoT & smart health
- Printed Zinc-Manganese dioxide batteries for IoT, smart packaging, smart health:
- 2 years shelf life and > 24 mAh capacity at 3 V and 36 x 54 x 0.7 mm²
Climate neutral packaging for bone implants
Climate neutral packaging for bone implants
Climate neutral packaging for bone implants
- 30% reduced waste weight, 50% reduced waste volume composed of > 66% recycled materials
Smart-Health Body Sensor Textiles with 50% recycled fibers
Smart-Health Body Sensor Textiles with 50% recycled fibers
Smart-Health Body Sensor Textiles with 50% recycled fibers (BIO)
- Reduce synthetic polyester fiber content to < 10
- reduction of carbon footprint on the whole process chain by 20%
Soil-degradable stretchable films for agriculture
Soil-degradable stretchable films for agriculture
Soil-degradable stretchable films for agriculture (POLI)
- > 300% elongation at break, < 1800 cm³ oxygen transmission rate
- demonstrating 30% reduced CO2 footprint on product level
