Global Biotechnical Initiative Discovers High-Efficiency Plastic Recycling Enzyme

Researchers have engineered a high-efficiency biological enzyme capable of fully breaking down polyethylene terephthalate (PET) plastics in under twelve hours. Operating at mild temperatures, the process produces zero toxic byproducts, enabling highly sustainable closed-loop industrial recycling. Environmental organizations hailed the milestone as a transformative development in resolving global microplastic waste issues.

Complete Molecular Breakdown

Unlike traditional thermomechanical recycling, which degrades plastic polymer quality, this biological process depolymerizes PET back into its fundamental chemical building blocks. These pristine monomers can then be resynthesized into high-quality food-grade containers, eliminating the downcycling cycle.

Economical Scaling Potential

The newly engineered enzyme is highly stable and active in aqueous environments, making it extremely cost-effective to produce at an industrial scale. Municipal waste processing plants are currently evaluating pilot programs to integrate biological enzyme vats, offering a scalable solution to the world's landfill and oceanic plastic pollution.