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Polymer extrusion wastes a significant amount of energy on inefficiencies. Here is how modern technologies are locking down every lost watt.

Quantum polymers combine the power of quantum mechanics with the versatility of polymers.

Engineers are transforming discarded PET, PVC, and PS into high-performance membranes for water treatment, desalination, and oil-water separation applications.

Blockchain technology is driving greater transparency, efficiency, and sustainability in the future of plastic waste management.

AI is unlocking the secrets of sustainable bioplastics, paving the way for a greener future without sacrificing performance.

A groundbreaking photosensitive PEEK ink is revolutionizing additive manufacturing and the polymer industry.

Ct-Cel (made from chitin and cellulose) is an efficient, eco-friendly solution for tackling microplastic pollution in water. Its removal efficiency is up to 99.9%.

With over 700 PFAS features identified and 81 previously unknown compounds, machine learning reveals the scale of global contamination.

New findings reveal microplastics in brain tissue, raising concerns about links to cognitive decline. Microplastic concentrations in brain tissue are higher than in other organs.

Targeted analysis is rapidly evolving and will be essential for precisely detecting and quantifying specific PFAS compounds.