The MycoBamboo project revolutionizes green construction by utilizing discarded bamboo stem residues (sawdust and offcuts) as a substrate for mycelium (mushroom root) growth. The fast-growing fungal network binds the bamboo waste together, creating a rigid, lightweight, and naturally fire-resistant composite material that is entirely biodegradable at the end of its lifecycle.
The bamboo secondary residue is chipped, pasteurized, and inoculated with specific fungal strains. It is then packed into molds and left in a dark, humid environment for 5–7 days. Once the mycelium fully colonizes the bamboo matrix, the panels are baked to deactivate the fungus, resulting in a solidified bio-composite panel.
To combat the massive environmental pollution caused by synthetic polypropylene face masks, this initiative successfully developed high-grade filtration textiles using cellulose derived entirely from bamboo industrial waste. Bamboo's natural "bamboo kun" properties also impart inherent antimicrobial characteristics to the masks, ensuring they are highly protective while remaining 100% compostable.
Cellulose is extracted from bamboo secondary residues via an eco-friendly solvent dissolution process (such as the Lyocell method). The regenerated cellulose solution is then extruded through microscopic spinnerets using a melt-blowing or electrospinning process to create fine, breathable, non-woven filtration fabrics.
