Carbon reporting in industry is under fire. Stakeholders want transparency, regulators want verification, and customers want proof. But current accounting is approximate, based on averages. CarAT (Carbon Atom Tracing) changes that. It maps fossil vs biogenic carbon at the molecular level across chemical value chains.
CarAT integrates with ERP data. Chemistry language models generate atom mappings of reactions; linear optimisation tracks each carbon atom’s origin through feedstocks, recycle loops, and outputs. The result: a live, auditable biogenic carbon content (BCC) for products.
Compliance: meets new reporting demands.
Procurement: carbon origin becomes a specification.
R&D: process changes can be modelled for carbon impact.
Claims: green marketing gains credibility.
For polymers, coatings, or specialty chemicals, this is transformative. Design teams can weigh catalysts or routes by carbon origin. Procurement can negotiate based on verifiable data. Operations can monitor loops that genuinely reduce fossil input, not just shift waste.
Integration requires cultural as well as technical change. Validation must compare CarAT outputs with isotope analysis. Adoption will start small: single product lines, pilot ERP integrations, gradual scaling.
Carbon tracing is not only about compliance. It provides competitive advantage. Firms that adopt early will reduce risk, attract sustainability-focused buyers, and defend claims against scrutiny. Those that lag will appear vague, even untrustworthy.
Manufacturing once competed on yield, cost, and quality. Tomorrow it will compete on traceable carbon integrity. CarAT offers the method; leadership will decide who gains the advantage.