Can mycelium-overgrown textiles and textile production remnants be formed into threedimensional, applicable surface structures that function in closed material cycles?

The 'Fiber Fungi' project investigates the sustainable potential of mycelium-covered textile fibres from hemp and cotton production waste. The focus is on the development of three-dimensional fabrics.

Together with the Institute for Biotechnology at the TU Berlin a mycelium was identified, that grows particularly well on hemp and cotton fibres. Under suitable conditions, the native tinder sponge forms a three-dimensional, dense mycelium layer after only a short time. In combination with hemp and cotton fibres, it is possible to grow self-supporting three-dimensional structures. These can be used, for example, as room dividers or as building blocks for furniture, in architecture or for fashion accessories.

'Fiber Fungi' are compostable and function in a closed material cycle.

Tags

biodesign
circular economy
inspired nature
material innovation
process innovation
renewable ressources
reduced use

Supervisor(s)

Prof. Susanne Schwarz-Raacke, Prof. Barbara Schmidt, Prof. Dr. Lucy Norris, Julia Wolf, Veronika Aumann, Martin Conrads, Essi-Johanna Glomb, Prof. Dr. Zane Berzina

Collaborator(s)

Bastian Schubert, Prof. Dr. Vera Meyer, Kustrim Cerimi