Mycelium Bricks
Kartavya Desk Staff
- •Source: TH*
Context: Mycelium bricks are emerging as a sustainable alternative to conventional clay bricks, which contribute to 300 million tonnes of CO₂ emissions annually.
About Mycelium Bricks:
• What are Mycelium Bricks?
• Bioengineered construction material made from fungal mycelia, sawdust, and husk. Mycelium forms a fibrous network that solidifies into lightweight, durable bricks.
• Bioengineered construction material made from fungal mycelia, sawdust, and husk.
• Mycelium forms a fibrous network that solidifies into lightweight, durable bricks.
• Developed by:
• Research in sustainable construction has driven their development. Innovators like Roha Biotech (IIT Madras Incubated) and global research institutions are refining production techniques.
• Research in sustainable construction has driven their development.
• Innovators like Roha Biotech (IIT Madras Incubated) and global research institutions are refining production techniques.
• Key Features:
• Lightweight & Strong: High strength-to-weight ratio but weaker than concrete. Thermal Insulation: Effective heat insulator, reducing energy consumption. Fire-Resistant: Naturally resistant to flames but requires treatment for long-term durability. Biodegradable: Decomposes naturally, reducing waste. Eco-Friendly Production: Low carbon footprint as it does not require high-temperature kilns.
• Lightweight & Strong: High strength-to-weight ratio but weaker than concrete.
• Thermal Insulation: Effective heat insulator, reducing energy consumption.
• Fire-Resistant: Naturally resistant to flames but requires treatment for long-term durability.
• Biodegradable: Decomposes naturally, reducing waste.
• Eco-Friendly Production: Low carbon footprint as it does not require high-temperature kilns.
• Significance of Mycelium Bricks:
• Reduces Carbon Footprint: Offers an alternative to high-emission clay bricks. Sustainable Construction: Aligns with green building initiatives and high-performance architecture. Potential for Mass Adoption: Suitable for interior panels, liquid filters, sports equipment, and circuit boards.
• Reduces Carbon Footprint: Offers an alternative to high-emission clay bricks.
• Sustainable Construction: Aligns with green building initiatives and high-performance architecture.
• Potential for Mass Adoption: Suitable for interior panels, liquid filters, sports equipment, and circuit boards.