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In Asia, bamboo has been used as a construction material for thousands of years. Prized for its availability, strength, and flexibility, it has over a thousand uses—including scaffolding during the construction of high rises in Hong Kong. So why has it been slow to be adopted by the global construction industry? It’s a sustainability advocate's dream: it sequesters carbon; provides wildlife habitats; supplies biofuel. Some species mature in just five years and can auto-regenerate after harvesting. But how does it stack up against concrete, steel, and timber? With the right ingredients, engineered bamboo shows major promise as a regenerative building material of the future. Brock University's Dr. Amir Mofidi is an expert in bio-based composites and he's developing cold-hardy, construction-ready strains that can handle North American climates.
Join the Building Good community today:
In Asia, bamboo has been used as a construction material for thousands of years. Prized for its availability, strength, and flexibility, it has over a thousand uses—including scaffolding during the construction of high rises in Hong Kong. So why has it been slow to be adopted by the global construction industry? It’s a sustainability advocate's dream: it sequesters carbon; provides wildlife habitats; supplies biofuel. Some species mature in just five years and can auto-regenerate after harvesting. But how does it stack up against concrete, steel, and timber? With the right ingredients, engineered bamboo shows major promise as a regenerative building material of the future. Brock University's Dr. Amir Mofidi is an expert in bio-based composites and he's developing cold-hardy, construction-ready strains that can handle North American climates.
Join the Building Good community today:
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