Why does engineered wood often have a lower carbon footprint than steel and concrete?

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In the context of green architecture, engineered wood is increasingly favored as a sustainable alternative to traditional building materials like steel and concrete.

Engineered wood offers a lower carbon footprint for two primary reasons:

Resource Efficiency: It utilizes fast-growing trees and recycled wood waste, which are renewable resources compared to the resource-intensive extraction processes required for steel and concrete.1
Energy Consumption: The manufacturing process for engineered wood requires significantly less energy than the production of traditional structural materials.1

By prioritizing such low-impact materials, the construction industry can better align with the principles of sustainable development and mitigate the adverse environmental impacts associated with large-scale building projects.1