Material Lifecycle Analysis
Understanding carbon emissions across the entire lifecycle of building materials
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Section 2 of 5Cradle-to-Gate Lifecycle Assessment
A material's carbon footprint extends far beyond its final use. From extracting raw materials to manufacturing and transportation, every step in the supply chain contributes to embodied carbon. Understanding these stages is crucial for making informed material choices.
Different materials have vastly different carbon intensities. Some materials like aluminum require enormous amounts of energy for production, while others like sustainably sourced timber can actually sequester carbon. The distance materials travel also significantly impacts their total footprint.
Key Lifecycle Stages
- Extraction: Mining or harvesting raw materials
- Processing: Initial refinement and preparation
- Manufacturing: Final production and forming
- Transportation: Shipping to construction site
Interactive Material Lifecycle Calculator
Include Lifecycle Stages:
Carbon Footprint Breakdown - Portland Cement Concrete
💡 Carbon Comparison
Cement production accounts for 8% of global CO₂ emissions. Alternative cements can reduce this significantly.