co2-carbon-footprint

To calculate embodied carbon from BIM quantity takeoff data, you can use a skill that matches material names to carbon coefficients for A1-A3 life-cycle stages and outputs structured carbon summaries. It accepts CSV, JSON, or Excel files containing element material and quantity fields.

The best way to compare embodied carbon between concrete and timber options is to process BIM quantity takeoffs through a carbon calculation tool. This generates comparable totals by material and category, enabling design teams to quickly inform low-carbon material selection.

Yes, you can use Excel files with material and quantity fields to generate a sustainability dashboard report. The tool processes the input and exports results to structured JSON or multi-sheet Excel workbooks containing aggregated carbon summaries.

Carbon coefficients map to generic BIM materials through an automated matching process that assigns built-in coefficients for A1-A3 life-cycle stages. This supports AEC design-stage analysis by translating standard material names into measurable kg CO2e values.

Yes, this carbon footprint calculation supports per-square-meter metrics when gross floor area is provided. It generates these metrics alongside aggregated totals by material, category, life-cycle stage, and building level for comprehensive project analysis.