Project: Hochdichte flexible BIO-Faserplatte
Project Type: Research-Industrial Technology Transfer Project Grant
Funding Body: University of Stuttgart
Role: Principle Investigator
Period: 2016– 2018
Project: Hochdichte flexible BIO-Faserplatte
Project Type: Research-Industrial Technology Transfer Project Grant
Funding Body: University of Stuttgart
Role: Principle Investigator
Period: 2016– 2018
Project: PLUS – Sandwichelemente aus pflanzlichen Reststoffen mit integrierter Schall-und Wärmschutzfunktion
Project Type: Research-Industrial Project Grant
Funding Body: BMEL- Fachagentur Nachwachsende Rohstoffe e.V. (FNR), German Government
Role: Principle Investigator
Period: 2015– 2017
A zero-waste ecological research pavilion of scale 1:1, made of 100% recycled materials and bio-based components.
Concept: Simulation of an architectural ecological space, ready for temporary usage, of minimum 5 years, with a complete cradle to cradle® concept
Cooperation: Architecture office Grosse in Stuttgart, 20 architecture students, 15 academic institutes and companies sponsorship
Planning and preparation: 6 months
Building duration: 4 days
Jun.-Prof. Dr.-Ing. Hanaa Dahy and the BioMat Team could inspire and inform the audience about biocomposites at the Orgatec 2016 in Cologne.
The work of the BioMat Team was presented at the Materials Revolution – Subcontractor 2016 in Sweden.
In 2016, the BioMat Team was present at the JEC in Paris. The products were presented at the sustainability Planet Exhibition, while Jun.-Prof. Dr.-Ing. Hanaa Dahy was also invited to take part at the JEC Biocomposite Conference.
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