Accurate carbon emission calculations are becoming essential in chemical distribution to meet regulatory requirements, enhance transparency, and strengthen customer relationships. Ensuring reliable data requires overcoming challenges such as inconsistent methodologies, data gaps, and integration into decision-making processes.

This webinar explores how Brenntag and Carbon Minds are collaborating to enable trustworthy and scalable carbon footprint calculations. You’ll gain practical insights into data-driven emission tracking, methodology compliance, and digital solutions like the Brenntag CO₂Xplorer.

Learn how robust carbon footprint calculations can help your company improve supply chain transparency, support sustainability goals, and create a competitive advantage in the evolving chemical distribution landscape.

Accurate product carbon footprint (PCF) calculations are crucial for advancing sustainability in chemical distribution and form the foundation of Brenntag’s commercial sustainability strategy.

Brenntag’s vision is pioneering and ambitious: to establish CO₂e as a key decision-making criterion for business transaction processes. By embedding CO₂e data into decision-making, Brenntag works towards empowering both its employees and customers to make informed, credible, and data-driven business decisions.

Customers benefit from Brenntag’s capability to benchmark entire value chains – from producer to their own operations based on state-of-the-art CO2e emission profiles. This transparency is crucial for sustainable procurement strategies and emission reduction initiatives.

Brenntag’s ambition to be a full-scale decarbonization and defossilization solution provider depends on the mass availability of accurate CO₂e/PCF data. Internally, high-quality secondary data plays a critical role in meeting regulatory reporting requirements, such as CSRD and SBTi Scope 3 emission reduction commitments.

Integrating CO₂e data into business processes comes with challenges: inconsistent methodologies, data gaps, operational integration hurdles, and more.