4 lessons from the mass timber movement
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4 lessons from the mass timber movement
"Mass timber-engineered wood products deliver immense structural strength while reducing environmental impact, emerging as a compelling alternative to traditional materials like concrete and steel."
"Swapping concrete for timber reduces embodied carbon by up to 26.5% per square foot, making it a significant step towards sustainable building practices."
"Exposed wood in indoor spaces has been linked to lower stress and improved well-being, providing additional reasons to consider alternatives to concrete and steel."
"To drive change in sustainability, it is crucial to shift entrenched assumptions and reframe materials like mass timber as innovative rather than risky."
Buildings contribute over 33% of global energy use and nearly 40% of greenhouse gas emissions. Traditional materials like concrete and steel are energy-intensive, making sustainable construction challenging. Mass timber offers a viable alternative, reducing embodied carbon by up to 26.5% per square foot. It also allows for faster construction through prefabrication and enhances indoor well-being. Shifting the narrative around mass timber is essential for innovation in sustainability, as seen in collaborations with firms like Hines that recognize changing tenant preferences.
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