Substantial efforts are being made to advance recycling technologies, transforming discarded plastics into raw materials that can be reused. Chemical recycling emerges as a major frontier in this ...

The innovative solar-driven strategy offers a viable solution for plastic waste, enabling efficient hydrogen production and ...

-Process enables the efficient recycling of PMMA-based materials -Scheduled to be commissioned Q1 2024 in Rho, Italy -Supports continued transformation of the company’s portfolio to focus on ...

Researchers at the NTNU Norwegian University of Science and Technology have successfully engineered Corynebacterium ...

Researchers at the University of Cambridge have built a solar-powered reactor that converts waste plastic into hydrogen fuel ...

Lignin (an aromatic macromolecule in biomass), the only renewable source of aromatics, is currently treated as waste and under-utilized. A more appealing and value-added use of lignin is as a ...

Lignin, a renewable aromatic biopolymer with complex three-dimensional networks and diverse functional groups, represents a promising sustainable feedstock for value-added chemicals and fuels. However ...

Depolymerization process. By employing high pressure, reactor operators can achieve highly efficient depolymerization of polyethylene (PE) of varying densities or polypropylene (PP). The pressure ...

Lake County Board members went back and forth Tuesday over language in the Solid Waste Management Plan Update on a technology taking the recycling world by storm, “depolymerization,” a type of plastic ...

Plastic circularity for difficult-to-recycle packaging materials continues to progress. In the latest development, Solvay and Carbios have successfully demonstrated that multilayer PET films coated ...