SUSTAINABLE DESIGN OF FOOTWEAR BY UTILIZING MYCELIUM BASED BIOMATERIALS AND 3D PRINTING TECHNOLOGY
Category: Research Poster
Author(s): Alexander Wood
Presenter(s): Alexander Wood
Mentors(s): Yan Li, Lida Aflatoony
This research project aims to create a procedure for developing mycelium-based composite molds through the means of 3d printed molds. These composites are composed of two main components: the substrate and the mycelium itself. Mycelium is the root organism of fungal mushrooms. Substrates for mycelium-based composites can vary from almost all natural substances. However, throughout this research cellulosic substrates have proven the most effective substrates for mycelium-based composite due to the high concentration of scratch. As well, mycelium has proven to develop a stronger structure for the composite when the substrate consists of cellulosic materials. Finally, cellulosic substrates can be found in an abundance of waste from various industries. Nevertheless, the purpose of this research project is to improve the sustainability of the fashion industry. More specifically this research is centered around innovating sustainable footwear components. The footwear industry is growing at a more rapid rate than other sectors of the apparel industry. However, the true importance of implementing mycelium composites into the footwear industry is the current state of the footwear industry. The footwear industry often features materials very harmful to the environment due to their composition featuring synthetic compounds. On the other hand, mycelium composites are completely biodegradable in different ecosystems making them a perfect candidate for sustainable footwear materials. Also, mycelium composites reduce waste from other industries promoting a circular economy.