Carbon Analysis AI
AI tools for calculating and reducing embodied and operational carbon in buildings.
Definition
Carbon Analysis AI helps design teams measure, track, and reduce the carbon footprint of buildings. These systems can calculate embodied carbon from material specifications, optimize designs for lower carbon impact, identify carbon reduction opportunities, and generate reports for sustainability certifications. AI enables whole-building carbon analysis that would be impractical to perform manually.
In Depth
Carbon analysis evaluates a building's total carbon impact — combining embodied carbon from materials and construction with operational carbon from energy consumption over the building's lifetime. AI makes whole-life carbon analysis practical by connecting material specifications to EPD databases and energy models to grid carbon intensity data.
The most impactful design decisions for carbon reduction are made early, and AI enables informed early decisions. During schematic design, AI can estimate the embodied carbon of different structural systems (steel vs. concrete vs. mass timber), different envelope approaches (curtain wall vs. precast vs. masonry), and different mechanical systems. This early analysis allows the design team to set a carbon reduction target and make material selections that achieve it.
Examples
Calculating embodied carbon of structural systems from BIM models
Comparing carbon impact of material alternatives
Generating carbon reports for green building certifications
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Carbon Analysis AI helps design teams measure, track, and reduce the carbon footprint of buildings. These systems can calculate embodied carbon from material specifications, optimize designs for lower carbon impact, identify carbon reduction opportunities, and generate reports for sustainability certifications. AI enables whole-building carbon analysis that would be impractical to perform manually.
Calculating embodied carbon of structural systems from BIM models. Comparing carbon impact of material alternatives. Generating carbon reports for green building certifications.
Automated Code Compliance: Check drawings against 380+ building codes and standards with cited answers.