For a post-fossil world where material cycles operate at industrial scale.

Converting post-use plastics back into Infinitely Renewed Plastics at commercial scale.

Recovering Circular Calcium Carbonate from paper mill sludge for reuse in paints, plastics, and rubber.

Turning biomass and plastics into BTX, enabling a circular, renewable economy.

Upcycling plastic waste into high-quality, sustainable petrochemicals.

Breaking down hard-to-recycle plastics into raw PTA and MEG monomers, closing the loop on PET.

Electrifying chemical manufacturing by converting carbon emissions into ethylene and other critical chemicals.

Designing recyclable, high-performance products from recycled carbon composites.

Using patented pyrolysis technology to divert plastics from landfill and incineration.

Converting plastic waste into pyrolysis oil through industrial-scale chemical recycling.

Recycling polystyrene using an essential-oil-based dissolution process, creating a closed-loop system for high-quality recycled styrenic products.

AI-powered X-ray detection for safer, more accurate battery removal in sorting lines.