Sustainability & ESG

Learn how to translate EU Battery Regulation obligations into battery passport data requirements. Connect product identity, supplier evidence, production records, declarations, and lifecycle information to build a traceable evidence chain.

Uncountable turns formulation data into a repeatable product carbon workflow. Configure a calculation for each material family, connect CO2e and primary data, review contributors beside the experiment, and compare footprints with performance.

In this webinar, Uncountable and Beiersdorf, a global leader in skincare innovation, discuss their partnership in digitally transforming R&D processes in the cosmetics industry.

Vitrimer cabin panels and a 110 m debondable wind blade arrived in the same week. Here's the data R&D teams now need to show a thermoset can be reprocessed or recovered, and still pass its specs...

EU rules taking effect September 27, 2026 will raise the standard for consumer-facing carbon claims. Learn why traceable formulation, supplier, footprint, and change-control data are essential to keep claims accurate as products evolve.

Raising bio-based or recycled content in a coating is a grade problem, not a quantity problem, and it comes with real trade-offs in cost and performance. This piece argues sustainable coatings reformulation is fundamentally a data challenge.

Clean beauty claims create a continual reformulation grind across a whole portfolio, and spreadsheets can't keep up. This piece argues the real bottleneck is data: tracing composition, versions, and claims evidence at scale.

The recast EU Construction Products Regulation adds a Digital Product Passport: composition, origin, embodied carbon, and reuse data. Here's what coatings and materials R&D teams should structure now so it becomes an export, not a rebuild.

The Digital Product Passport is expanding from batteries across the EU's ESPR by 2030. This guide explains what data each passport demands and why the teams that structure their R&D-to-PLM data now will be ready when their category's deadline lands.

Recyclable reformulation must hit sustainability targets without losing barrier, seal, or clarity. Teams win by querying their experimental history, not rebuilding it: structured, connected R&D data cuts testing, survives scale-up, and proves it.

18 months to strip PFAS from a product line that took a decade to perfect, no give on performance or price. Sustainability-driven reformulation is the norm in specialty chemicals, run on data built for a slower era. Five hidden costs, and the fix.

Cutting cement's carbon footprint is a reformulation problem, not a switch. Structured, connected R&D data lets cement teams reuse past mixes, cut long testing cycles, and prove the embodied-carbon reduction.