DIC Corp. has received certification under ISCC PLUS, an international certification scheme for sustainable products, for a product manufactured by subsidiary DIC Epoxy (Malaysia) Sdn. Bhd. The product is an epoxy resin under the EPICLON™ product name. 

ISCC PLUS is a voluntary scheme that attests to the proper management of recycled and biomass-derived raw materials across the supply chain, including in production processes. This certification facilitates the use of raw materials to which the mass balance approach has been applied. Additionally, the use of mass balance bio-allocated raw materials is expected to reduce the DIC Group’s largest product carbon footprint by 19.4%¹, compared with conventional products that use fossil-derived raw materials.

The DIC Group reports that it has identified contribution to the realization of carbon neutrality, creation of a circular economy and building a sustainable supply chain as issues of material importance that it must address. Going forward, in tandem with its Group companies that operate in more than 60 countries and territories, DIC will continue working to help drive sustainable development, in line with its goal of contributing to sustainability for the global environment and for society.

ISCC PLUS, operated by the International Sustainability & Carbon Certification (ISCC), is a globally applicable certification system that certifies products for which recycled and biomass-derived raw materials are properly managed across the supply chain.

Learn more about DIC Corp. at www.dic-global.com. 

1. To calculate a product’s carbon footprint (the CO₂ emissions it adds to the atmosphere), DIC uses primary emissions data for mass balance bio-allocated raw materials and secondary data (from the Inventory Database for Environmental Analysis (Ecoinvent v3.10)) for fossil-derived raw materials. The scope of data collected is cradle to gate, that is, from the extraction of raw materials through to departure from a DIC production facility, from which it subtracts biogenic emissions (CO₂ absorbed by biomass during growth) to yield a value, in accordance with the International Organization for Standardization’s ISO 14067 standard.