Dow recently announced that its isocyanates manufacturing facility in Freeport, Texas, has earned International Sustainability and Carbon Certification (ISCC) PLUS certification. This certification reinforces Dow’s ongoing commitment to advancing more sustainable production and product offerings to customers in the North America region with verified supply chain transparency. 

Dow’s new certification makes all isocyanate products produced at the Freeport facility available with bio-based* material from Dow’s Ecolibrium™ portfolio through mass balance. This is made possible by using alternative feedstocks based on bio-circular materials at the beginning of the integrated manufacturing process. In turn, customers will see zero impact to product quality while achieving material with increased sustainability benefits and reduced carbon footprint. 

“Achieving ISCC PLUS certification at our Freeport MDI Complex marks a significant milestone for Dow. It validates our commitment to credible sustainability practices and strengthens supply chain traceability, advancing our journey to deliver more sustainable products to our customers,” said Laurie B. Thibodeaux, senior unit operational excellence leader at Dow. 

With this certification, Dow’s customers can confidently select materials that support their own sustainability goals and meet the evolving requirements of construction, consumer, and automotive industries. 

Applying innovative technologies, more sustainable products will be available in North America and certified by ISCC PLUS through mass balance featuring Ecolibrium™ bio-circular material. These include ISONATE™ 143L REN Modified MDI for coatings, adhesives, sealants and elastomer formulations. 

The certification of the Freeport MDI Complex provides the opportunity to expand Dow’s offering over time as other alternative feedstocks become available in the North America region. For example, in Europe, the company is replacing fossil-based feedstocks with waste from the automotive industry to offer products with circular material attributed by mass balance. 

Learn more by visiting www.dow.com.