Air-assisted recycling uses reactive gases—like oxygen or ozone—to deconstruct plastics efficiently. No harsh chemicals or extreme heat. This innovative, cleaner method enables molecular breakdown and smarter recycling with minimal emissions.
Using simple catalysts and ambient air moisture, PET plastics can be broken down into terephthalic acid (TPA) in four hours—94 % conversion—offering a sustainable, scalable upcycling opportunity.
Air-classification tech—like zig-zag classifiers and airlift systems—sort plastics by density and shape. This boosts purity, reduces manual labor, and enhances recycling plant efficiency and material value.
PolyNext 2025 unites innovators pioneering air-assisted chemical recycling and air-based material sorting. Together, they're building the next wave of truly circular plastics technologies.