Ofer Vicus, co-founder and CEO of Aduro Clean Technologies, didn’t mince words when he described the plastics recycling landscape today. “Society produces roughly about 400 million tons of plastic each year,” he said during a recent Water Tower Research fireside chat. “About 9% of plastic waste is mechanically recycled today, and another 1% is handled through chemical recycling.” That leaves over 360 million tons of plastic unaccounted for—waste that lingers in landfills, leaks into ecosystems, or is incinerated. Vicus framed this gap not just as an environmental failure, but as a signal that the current recycling toolkit—dominated by pyrolysis and mechanical methods—isn’t scaling fast enough to meet the need.
What sets Aduro apart, according to Vicus, is its chemolysis process, a low-temperature catalytic system that uses water and a hydrogen donor to break down complex plastic molecules. Unlike pyrolysis, which relies on high heat and often struggles with mixed or contaminated feedstocks, Aduro’s approach tolerates variability—think food-contaminated packaging or multi-layer films—and still delivers a uniform paraffinic oil. “We have high tolerance to contamination,” Vicus said. “We operate at lower temperatures, and we deliver improved yield and higher-quality product.” The result is a stream suitable for naphtha crackers, where it can be blended with virgin feedstock to produce building blocks for new plastics. That’s a critical distinction in an era when recycled content mandates increasingly favor outputs that can truly be circular.
Vicus contrasted Aduro’s modular, smaller-scale model with the prevailing pyrolysis orthodoxy. “Many pyrolysis operators consider 100,000 to 200,000 tons per year as a commercial facility size,” he said. “Aduro’s commercial operation starts with 25,000 tons per year processing.” At that scale, Aduro can deploy multiple units near waste sources, reducing transport emissions and logistics costs—an advantage in regions with strict carbon accounting. The first step toward commercialization is already underway: a pilot plant in London, Ontario has been operating for several months, and Vicus said the team has used early data to refine the design for the next stage. “We’ve learned enough in the last three or four months to improve significantly the first-of-a-kind unit,” he said. That unit—a 10,000-ton-per-year semi-commercial facility—is slated for the Brightlands Chemelot hub in the Netherlands, with readiness targeted for the second half of 2027.
The go-to-market strategy is deliberately hybrid: 90% licensing, 10% build-operate. “Licensing—particularly with large companies—can take time,” Vicus noted. But the company’s engagement with energy majors suggests that patience may be paying off. Shell’s GameChanger program, which Vicus said Aduro joined with a “fail fast” mandate, took two to three years to graduate from—but the company didn’t fail. “We didn’t fail,” he said. Meanwhile, TotalEnergies has moved from initial testing into deeper collaboration, evaluating the technology for potential adoption. Vicus also pointed to industrial customers paying to test specialized programs, such as recycling cross-linked polymers used in pipes—materials that are notoriously difficult to process. “Organizations participating in these programs have paid,” he said. “We don’t provide free samples to parties that only want to kick the tires.”
Financially, Aduro appears to be in a strong position. After a CAD 23 million public offering, the company reported about CAD 40 million in cash, with no immediate need for additional capital. “We’re cashed up,” Vicus said. “We have no plans right now to raise additional capital.” Insider ownership sits at 34%, and management has emphasized discipline on dilution, framing future financing only when market conditions align. Vicus also highlighted the regulatory tailwinds—not just as a driver, but as a filter. “We designed our technology to be almost independent of regulation,” he said. “Without regulation, we could produce fuel and benefit from lower feedstock prices.” Yet current policies in Europe and elsewhere increasingly credit only outputs that become new plastics. That’s where Aduro’s paraffinic oil has an edge, Vicus argued, over competitors whose products may not qualify for circularity credits under stricter frameworks.
Looking ahead, investors are watching a clear set of milestones: updated pilot data on yield, performance, engineering, and environmental metrics; progress on the Netherlands unit; and the pace of licensing discussions with engineering, procurement, and construction partners. With a commercial blueprint that scales from 25,000 tons per