Denovia’s core innovation uses a proprietary liquid under moderate heat and pressure to depolymerize shredded PET bottles and polyester textiles within five minutes, compared with current industry cycles of 30–180 minutes at temperatures above 150°C. The process yields terephthalic acid and monoethylene glycol at 98.3% purity, comparable to virgin-grade monomers, and reuses most of its input solvent to maintain efficiency.

Rather than handling waste collection, Denovia licenses its PL5000 system to existing waste management operators, granting regional exclusivity in exchange for upfront fees and an indefinite share of revenue. Each PL5000 batch can process roughly two tonnes of feedstock, with estimated output value between $4,000 and $8,000 per cycle, turning a traditional disposal cost into a revenue stream.

Denovia plans a flagship innovation facility in Ontario to demonstrate high-throughput operations and serve North American markets via established feedstock suppliers and border access. This hub will validate continuous deployment, deliver performance data at scale, and support licensing expansions across Canada and the U.S.

By resetting waste plastics to virgin-quality monomers rapidly and economically, Denovia’s technology threatens to reduce demand for newly produced PET resins. Companies reliant on virgin polymer sales, such as Dow, may face margin pressure as recyclers adopt this circular model and shift capital toward depolymerization platforms.