Date:27 Jan 2022
Country: United Kingdom
Bamboo
Process waste/Secondary residue
Construction materials
MycoBamboo
Application
Description The project explores MycoBamboo, a bio-based insulation composite made from bamboo and mycelium, aimed at reducing the carbon footprint of building materials. By utilizing fast-growing bamboo and mycelium, the composite valorizes waste and offers flame resistance and thermal stability. The study assesses MycoBamboo’s life-cycle carbon footprint, showing its potential for carbon sequestration and global warming reduction. Future research focuses on improving energy efficiency during production and addressing fire safety concerns.
Pathway Description: The process involves combining bamboo waste with mycelium to create a bio-composite material for insulation. Mycelium, the root structure of fungi, is used as a natural binding agent, bonding bamboo particles together to form a stable structure. The mycelium grows around the bamboo, reinforcing its properties like flame resistance and thermal stability. After fabrication, the composite is evaluated through a dynamic life-cycle assessment to measure its carbon footprint and effectiveness in reducing global warming potential.
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Tags: Sustainable Building MaterialsMyco BambooBio Insulation
Construction materials
MycoBamboo
Types of Feedstock
primary agricultural residue
Biological
Bio-Composite Fabrication
Educational Institution
University of Strathclyde