Aduro Clean Technologies

Aduro is a publicly traded technology licensor, not an investment fund. Ofer Vicus serves as CEO and makes strategic capital-allocation decisions alongside the board of directors. Capital expenditures are directed toward pilot-scale testing, intellectual-property filings, and engineering teams rather than external investment positions.

The company operates a licensing model. Industrial partners pay for joint development agreements to test their specific feedstocks at Aduro's London, Ontario pilot facility, then negotiate milestone fees and ongoing throughput royalties when the Hydrochemolytic system is deployed at commercial scale. This capital-light model means Aduro does not build or own the commercial plants itself.

Hydrochemolytic upgrading uses water at elevated temperatures and modest pressures to break carbon-carbon bonds in heavy hydrocarbons, plastics, and renewable oils. Unlike pyrolysis, which relies on high heat and generates inconsistent yields, or hydrogenolysis, which requires high-pressure hydrogen, the process uses water as both a hydrogen source and a heat-transfer fluid — reducing energy intensity, capital costs, and coke formation.

The process has demonstrated effectiveness on polyethylene, polypropylene, and polystyrene — the three most common waste-plastic resins. These are converted back into naphtha-range liquid hydrocarbons that petrochemical operators can feed into existing steam crackers, displacing virgin fossil feedstocks.

As of mid-2026, Aduro is generating revenue through customer-funded joint development programs and engineering studies, but it does not yet have a full-scale commercial plant operating. It qualifies as a pre-revenue technology developer transitioning into early commercialization, with customer-engagement milestones as the primary financial metric rather than product sales.

The company focuses exclusively on carbon-hydrogen chemistry and does not extend into biological recycling, solvent-based purification, or mechanical recycling. It is also not a physical-waste collector or sorter — it relies on feedstock aggregators and petrochemical partners to supply the raw waste or heavy oil streams.

Jurisdictions including the European Union, Canada, and several U.S. states have enacted minimum recycled-content mandates for plastic packaging. Traditional mechanical recycling degrades polymer quality over cycles, creating a structural demand ceiling. Chemical recycling that produces virgin-equivalent feedstock — the output Aduro's process targets — faces a growing regulatory pull that the company has positioned itself to serve through its licensing model.