Trash In, Virgin Plastic Out, in 15 Minutes Flat

A new depolymerization process converts mixed plastic waste into virgin-grade monomers in under 15 minutes, reshaping recycling economics

6 May 2026

A Vancouver startup says it can do in 15 minutes what most recycling technologies cannot do at all: break down mixed, contaminated plastic waste into high-purity chemical building blocks ready for reuse. Denovia, the company behind the process, has begun commercial operations with a proprietary depolymerization reactor that transforms unsorted PET plastics and polyester textiles into terephthalic acid at 98.3 percent purity. Outputs that, according to company statements, are functionally equivalent to virgin petroleum-derived inputs.

The technology addresses a structural weakness in global recycling. Less than 10 percent of plastic produced worldwide is recycled into usable material, in part because most advanced processes require pre-sorted, chemically uniform feedstock, a standard that real-world waste streams rarely meet. Denovia's PL-1000 reactor accepts blended garments, multi-layer packaging, and marine plastics without sorting. The company reports an 86 percent material yield and gross margins near 65 percent from its Vancouver facility. It is also paid to accept waste rather than purchasing it, analysts noted, creating a dual revenue stream from tipping fees and purified output sales, with outputs reportedly trading above $1,000 per metric ton.

Capital has begun following the premise. The American Chemistry Council has recorded $10.5 billion in announced United States investment for advanced and mechanical recycling. McKinsey analysts have placed the global plastic recycling market opportunity at between $50 billion and $75 billion by 2035. Denovia's commercial model does not require building its own processing network; instead, the company licenses its technology to existing waste operators. Partners including Goodwill and Tymac are currently in early commercial trials.

Yet the gap between a promising pilot and consistent industrial throughput has claimed other advanced recycling ventures before. Environmental groups have raised broader concerns about the emissions profile and circularity claims of chemical recycling as a category, scrutiny that Denovia will face alongside its peers. A planned innovation hub in Ontario is expected to be an early measure of whether the company's speed and yield results hold at scale.

For the American sustainable plastics sector, a process that converts unsorted waste into high-purity monomers in minutes represents the kind of infrastructure advance the circular economy has long required. The results could shape investment and regulatory priorities in the years ahead.