Venera

[🌊 FreeGrass 🌊 @FreeGrass69]

$ADUR company summary

A Comprehensive Technical and Commercial Assessment of Aduro Clean Technologies’ Hydrochemolytic Platform for Chemical Recycling

Following a thorough review of all publicly available publications, financial reports, and operational updates from Aduro Clean Technologies, a clear and detailed picture emerges of a development stage clean technology company that has made measurable progress in moving its patented Hydrochemolytic Technology from laboratory batch testing to continuous pilot plant operation with an active path toward commercial licensing. The company has generated revenue from its Customer Engagement Program, which funds laboratory scale feasibility studies on specific customer feedstocks, but this revenue remains modest relative to the capital required for full scale commercial deployment. For the fiscal year 2025, total revenue was approximately C$231,000 against an operating loss of C$12.1 million, and the company raised US$9.2 million in June 2025 to fund ongoing development. These figures do not diminish the technical achievements but rather place them in the proper context of a pre revenue technology licensor.

The core innovation is the Hydrochemolytic Technology, a patented water based chemical process that operates at relatively low temperatures and uses water as a critical chemical agent to break down large hydrocarbon molecules from waste plastics, heavy bitumen, or renewable oils into smaller, more valuable products. Unlike conventional pyrolysis, which relies on high heat and often produces a low quality oil requiring expensive hydrotreatment, the Hydrochemolytic process demonstrates high tolerance to common contaminants such as halogens, metals, and moisture, thereby reducing costly pre processing steps. The resulting liquid hydrocarbon product is highly saturated and falls within the carbon number range of C20 and below, making it a direct drop in replacement for virgin naphtha feedstock in existing petrochemical steam crackers.

The most recent operational milestone was announced on June 9, 2026, from the Next Generation Process Pilot Plant in London, Ontario. In a four day continuous campaign operating under a 24 hours per day for four days model using recovered polypropylene, the plant achieved steady state operation, demonstrated process robustness by recovering steady state within two hours after intentional operating changes, and delivered an 86 percent liquid hydrocarbon recovery rate. Furthermore, 85 percent of that liquid product consisted of C20 and below hydrocarbons, confirming product quality consistent with prior batch and smaller scale continuous testing. These results are not merely incremental; they provide the engineering data necessary to refine operating parameters, validate process control procedures, and support the design basis for a First of a Kind commercial plant.

Aduro’s business model is not to become a large scale plastics recycler but to license its technology to partners. The company has already secured notable strategic collaborations. Shell provided funding and technical support through its accelerator program, and Aduro graduated from that program in December 2025 after a multi year collaboration. TotalEnergies is actively collaborating to generate data for technology scale up and integration into refining and petrochemical platforms. The company has established a European subsidiary and holds a Platinum Partnership with Chemelot Innovation and Learning Labs at the Brightlands Chemelot Campus in the Netherlands. In March 2026, Aduro signed a non binding letter of intent for a committed offtake arrangement from the initial production parcel of its planned First of a Kind plant. In June 2026, the company appointed a senior European industrial leader to lead delivery of that facility, and a site has been selected at the Chemelot Industrial Park.

The global importance of this technology for the plastic recycling industry lies in its potential to solve two persistent problems. First, mechanical recycling degrades polymer quality and cannot handle most post consumer flexible plastics. Second, conventional chemical recycling via pyrolysis produces an oil that is often too contaminated for direct use as cracker feedstock without costly upgrading. The Hydrochemolytic Technology, by contrast, produces a cracker ready product directly, tolerates real world mixed waste streams, and can be integrated into existing petrochemical infrastructure with minimal disruption. This positions the process as a true enabler of a circular economy for polyolefins.

The immediate next steps are clearly defined. Aduro plans to extend pilot plant operation from the current 24 hours per day for four days model to sustained 24 hours per day for seven days operation using mixed polypropylene and polyethylene feedstocks. The company must then secure the significant capital required to build the First of a Kind plant at Chemelot, convert the non binding offtake letter of intent into a binding purchase agreement, and continue to refine the technology for commercial reliability. The progress to date, validated by third parties such as Shell and TotalEnergies and supported by a growing body of operational data from continuous pilot plant campaigns, demonstrates that the Hydrochemolytic Technology has moved beyond theoretical promise into a documented, reproducible, and increasingly well understood chemical recycling process with a realistic pathway to commercial licensing. For an industry desperate for scalable, economically viable solutions to the plastic waste crisis, this represents one of the more credible and technically differentiated approaches currently in development.

Ticker symbols:
Nasdaq Capital Market: ADUR
Toronto Stock Exchange: ACT
Frankfurt Stock Exchange: 9D5

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[Aduro Clean Technologies @AduroCleanTech]

➡️ 86% liquid hydrocarbon yield. ➡️ 47-hour run in 24/4 campaign. ➡️ Product output and quality aligned with prior R2 results.

Pilot-scale progress: translating strong technical results into FOAK-ready engineering data.

#CleanTech #EcoInnovation #ChemicalRecycling #PlasticRecycling #CircularEconomy $ACT.TO $ADUR

[Venera @CDisco5]

@AduroCleanTech My mind will explode if various forms of government do not integrate this technology within their economies.

[Aduro Clean Technologies @AduroCleanTech]

Pilot plant update: 86% liquid hydrocarbon yield.
Our latest NGP Pilot Plant operating campaigns delivered a major step forward, with results consistent with our prior lab & R2 scale tests.

Key highlights:
• 86% liquid hydrocarbon yield
• 47-hour continuous experimental run
• 29 hours of steady-state operation
• 85% of the liquid product at C20 or below
• Product quality aligned with prior R2 results

This progress demonstrates that expected performance can be repeated, measured, and translated into the engineering data needed for our first-of-a-kind facility.

👉 https://t.co/ipyY098T6f

$ACT.TO $ADUR #CleanTech #EcoInnovation #PlasticRecycling #CircularEconomy

[Stock Research Weekly @StockResearchWk]

$ADUR 86% YIELD IN THEIR COMMERCIAL INDUSTRY EQUIPMENT FROM NGP PILOT PLANT

[Kenny Lim @kennylim2110]

$ADUR Guys it seems we may be getting some pilot data update today ? This is from Eric Appelman's presentation agenda in AMI Chemical Recycling Europe 2026 held in Frankfurt, Germany today. https://t.co/eyF5XFk9UU

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