Aduro Clean Technologies uses an aqueous platform — water as the reaction medium, a renewable hydrogen-donor, and a simple metal catalyst — to selectively cut hydrocarbon chains at moderate temperature. No external H₂ gas. No brute-force thermal cracking. One platform, thirteen market verticals, no direct competitor. This hub is the full investment case: the science, the moat, the markets, a live scenario model, and the milestones between here and commercialization.
An analyst's reference layer. Every number in this hub traces back to a disclosed source: SEC filings, peer-reviewed studies, government statistics, or partner press releases. This page consolidates the primary data for independent verification.
| Vertical | Stage | TAM | Unit economics | Yield | Margin | Primary partners |
|---|---|---|---|---|---|---|
Mixed Plastics HPU | Pilot | 400M M t/yr | $1,400–2,200 / ton | 91% cracker-ready naphtha | — | TotalEnergies, Shell |
Extra-Heavy Bitumen BIT | Bench | 1.6B M bbl/yr | $13–23 / bbl vs diluted bitumen | 75%+ upgraded liquid product | 75–82% Aduro net on royalty | Global EPC Firm, Confidential NOC |
Heavy/Sour Crude SOUR | Bench | 4.0B M bbl/yr | $6–11 / bbl (API uplift + sulfur discount removal) | 82% upgraded liquid | 68–78% Aduro net | Middle East NOC |
Renewable Oils HRU | Lab | 80M M t/yr | $1,800–2,500 / ton (SAF premium) | 90%+ renewable naphtha / SAF precursor | 75–80% | TotalEnergies |
Paraffinic Crude PCO | Bench | 7.9B M bbl/yr | $11–23 / bbl (pour-point reduction + chain cleavage) | 83% | 70–80% | Confidential |
Tire Rubber TIRE | Proxy | 20M M t/yr | $1,100–1,600 / ton | 50% liquid + 30% carbon black + 15% steel | 72–78% | Proxy partners |
Synthetic Turf TURF | Lab | 1.5M M t/yr | $1,500–1,800 / ton | 50% liquid + crumb rubber + sand infill separation | 75–80% | Confidential turf OEM |
Crosslinked (PEX/XLPE) XLPE | Bench | 5M M t/yr | $1,500–1,800 / ton | 84% (bench) | 75–80% | GF Building Flow Solutions |
Refinery Bottom REF | Disclosed | 3.0B M bbl/yr | $10–18 / bbl (residue → middle distillate) | — | 72–78% | Disclosed pipeline |
Bio-oils (TCD) TCD | Disclosed | 50M M t/yr | $1,600–2,200 / ton | 88% | 72–78% | Disclosed development |
Polyurethane PU | Testing | 26M M t/yr | $1,400–1,700 / ton | 80% | 75–78% | TotalEnergies |
Agri Plastics AGRI | Disclosed | 25M M t/yr | $1,400–1,600 / ton | 85% | 78–82% | Cleanfarms (Canada), ECOCE (Mexico) |
Manufacturer Waste MFG | Disclosed | 35M M t/yr | $1,600–2,000 / ton (clean scrap premium) | 93% (clean feedstock) | 80–82% | Disclosed manufacturer interest |
| Jurisdiction / Framework | Applies to | Detail |
|---|---|---|
| EU PPWR | HPU — Hydrocarbon Plastics Upcycling | 10% recycled content all packaging by 2030, 25% PET beverage, 35% by 2040. Financial penalties. |
| California SB 54 | HPU — Hydrocarbon Plastics Upcycling | 65% plastic packaging recycled by 2032; non-compliance fees. |
| UK Plastic Packaging Tax | HPU — Hydrocarbon Plastics Upcycling | £210.82/tonne on <30% recycled content (2024). |
| CA Federal Output-Based Pricing | Extra-Heavy Bitumen | Upstream carbon pricing rising $15→$170/t 2022–2030 |
| Alberta TIER | Extra-Heavy Bitumen | Oil sands emissions cap; incentivizes lower-carbon upgrading |
| IMO 2020 Sulfur Cap | Heavy / Sour Crude | 0.5% sulfur bunker fuel; squeezed heavy-sour margins |
| EU Fit-for-55 | Heavy / Sour Crude | Raises carbon cost on sulfur-intensive refining |
| ReFuelEU Aviation | HRU — Hydrochemolytic Renewables Upgrading | 2% SAF 2025, 6% 2030, 20% 2035, 70% 2050. Binding mandate. |
| US SAF Grand Challenge | HRU — Hydrochemolytic Renewables Upgrading | 3 B gal/yr by 2030 target; BTC + PTC tax credits through 2027 |
| UK SAF Mandate | HRU — Hydrochemolytic Renewables Upgrading | 10% SAF by 2030, 22% by 2040 |
| None specific | Paraffinic Crude Upgrading | Commercial driver: transport logistics + API uplift economics |
| EU ELT Directive | Tire Rubber Recovery | Tire producer EPR across EU |
| US state programs | Tire Rubber Recovery | 38 states have tire-disposal fees ($0.50–3.00/tire) |
| Maine LD 1503 | Synthetic Turf | PFAS ban in products sold in Maine by 2030 |
| Minnesota Amara's Law | Synthetic Turf | PFAS ban 2025+; turf implicated |
| EU REACH PFAS restriction | Synthetic Turf | Broad PFAS restriction proposed 2025 |
| EU PPWR | Crosslinked Polymers (PEX / XLPE) | Crosslinked plastics counted against recycled-content targets |
| Construction waste directives | Crosslinked Polymers (PEX / XLPE) | EU targets 70% C&D waste recovery |
| EU carbon border | Refinery Bottom-of-Barrel | CBAM increases cost of petcoke-emitting refining |
| IMO 2020 | Refinery Bottom-of-Barrel | Heavy fuel oil demand collapse drives residue repurposing |
| ReFuelEU Aviation | TCD — Thermochemical Deoxygenation | Same as HRU — drives SAF precursor demand |
| US RFS | TCD — Thermochemical Deoxygenation | D3/D5 RINs for advanced biofuels |
| EU ELV Directive | Polyurethane | End-of-life vehicle recovery targets capture PU seating |
| US state mattress EPR | Polyurethane | CA, CT, RI, OR mandate mattress recycling |
| Canada Cleanfarms program | Agricultural Plastic Waste | 2,000+ collection sites; producer-funded |
| Mexico ECOCE | Agricultural Plastic Waste | National packaging recovery program |
| EU CAP post-2027 | Agricultural Plastic Waste | Agri-plastic recovery mandates in development |
| EU PPWR | Manufacturer In-House Waste | Recycled content counts in-house as qualifying |
| Corporate ESG targets | Manufacturer In-House Waste | Zero-waste-to-landfill commitments drive demand |
| Vertical | Alternative | Verdict |
|---|---|---|
| HPU — Hydrocarbon Plastics Upcycling | Mechanical recycling | Cannot process mixed/contaminated; output is pellets not naphtha |
| Pyrolysis | Limited to clean PE/PP; 15–30% char; inconsistent output quality | |
| Gasification | Produces syngas not naphtha; capex prohibitive at mid-scale | |
| HCT | Handles mixed waste natively; C5–C20 output direct to cracker; <2% char | |
| Extra-Heavy Bitumen | Delayed coking | Dominant today. 20–25% petcoke byproduct; capex $1–2B per unit |
| Hydrocracking | Requires hydrogen plant; capex $3–5B; limited heavy-oil handling | |
| Diluent blending (Alberta standard) | Uses 30%+ condensate, not upgrading; pipeline-limited | |
| HCT | Retrofittable bolt-on; no hydrogen plant; eliminates coker petcoke stream | |
| Heavy / Sour Crude | Hydrodesulfurization (HDS) | Standard but requires separate hydrocracker for chain shortening |
| HCT | Simultaneous chain cleavage + sulfur removal in one unit | |
| HRU — Hydrochemolytic Renewables Upgrading | HEFA (hydroprocessed esters) | Dominant SAF route. Requires large H₂ plant. Limited feedstock flexibility. |
| FT synthesis | Works from syngas; capex $2–5B; low TRL for bio-feedstocks | |
| HCT / HRU | No H₂ plant. Broader feedstock acceptance. Lower capex. | |
| Paraffinic Crude Upgrading | Diluent blending | Requires 20–40% condensate; expensive and pipeline-constrained |
| Heated pipelines | High opex; limited geography | |
| Wax inhibitor chemicals | Ongoing chemical cost; doesn't upgrade product | |
| HCT | Permanent pour-point reduction via chain cleavage + upgrade | |
| Tire Rubber Recovery | Ambient grinding | Produces crumb rubber (low value); no chemical recovery |
| Pyrolysis (various) | Established but output is low-quality fuel oil | |
| HCT | Higher-value liquid naphtha + cleaner carbon black recovery | |
| Synthetic Turf | Landfill (current default) | Illegal for PFAS-containing turf in many states |
| Incineration | PFAS emits toxic fluorinated compounds at combustion | |
| HCT | Only demonstrated technology for PFAS-containing turf | |
| Crosslinked Polymers (PEX / XLPE) | Any existing technology | None. Crosslinked bonds prevent thermal or mechanical recycling. |
| HCT | Only demonstrated recycling technology for XLPE/PEX. | |
| Refinery Bottom-of-Barrel | Delayed coking | Standard but $1–2B capex per unit; not retrofittable to all sites |
| Solvent deasphalting | Limited upgrade; produces heavy asphalt by-stream | |
| HCT | Smaller footprint retrofit; no petcoke stream; 72%+ Aduro margin | |
| TCD — Thermochemical Deoxygenation | Hydrotreating | Requires hydrogen; high capex; limited to specific feedstocks |
| FT upgrading | Low TRL for bio-feedstocks | |
| TCD | Separately patented — protects adjacent space from single-chemistry workarounds | |
| Polyurethane | Glycolysis | Chemical depolymerization; works but capex-intensive; narrow PU types |
| Mechanical grind | Rebonded carpet underlay — low-value downcycle | |
| HCT | Broader PU type acceptance; liquid naphtha output | |
| Agricultural Plastic Waste | Landfill (current default) | Contamination (soil, pesticide) disqualifies mech recycling |
| Open burning (developing markets) | Illegal but common; air-quality violations | |
| HCT | Handles contamination; tipping-fee economics favorable | |
| Manufacturer In-House Waste | Regrinding + reuse | Common but limited to same-polymer same-color |
| Sell to recycler | Low realized value vs HCT in-house closed loop | |
| HCT (modular) | Point-of-source; highest margins; cleanest feedstock |
| Target | Status | Event | Impact ($) | Rationale |
|---|---|---|---|---|
| 2026 Q1 | Done | NGP Pilot Commissioned | +$18–22 | Proves HCT works in continuous flow at pre-commercial scale. Transitions from R&D to technology demonstration. Enables third-party testing. |
| 2026 Q1 | Done | Chemelot FOAK Site + EPC MOU + Offtake LOI | — | Three milestones proving commercialization readiness: Europe's premier chemical park, a global EPC engineering firm committed to build plants, and a buyer committed to purchase output before construction. |
| 2026 Q1 | Done | WTR Coverage + CRE Membership | — | Water Tower Research bridges the institutional visibility gap at 1.6% institutional ownership. CRE membership positions FOAK output for ISCC+ certification. |
| 2026 Q2 | Done | Paraffinic Crude Extension + CIP Patent | — | Proves HCT works on a fourth feedstock category (waxy crude), expanding TAM by 7.9B bbl/yr. CIP patent filing shows strong enough results for IP protection. |
| 2026 Q2 | Imminent | Third-Party Yield Validation | +$25–32 | Independent confirmation that HCT achieves 90%+ yield. Removes the 'company says it works' objection. Critical for institutional investors. |
| 2026 Q3 | Future | LCA Results + TotalEnergies Outcome | +$32–38 | Life Cycle Assessment by Delphi proves the environmental case. TotalEnergies converting from R&D to commercial engagement would be the strongest validation signal possible. |
| 2026 Q4 | Future | FOAK Construction Commences | +$40–45 | Physical construction is the point of no return. Engineering, permitting, financing, partner commitments all locked. |
| 2027 H1 | Future | First Commercial License Signed | +$70–100 | The single most important milestone. An industrial operator commits real capital based on demonstrated performance. Creates a reference customer for every subsequent deal. |
| 2027 H2 | Future | FOAK Plant Completed | — | Operating FOAK at Chemelot produces actual Circular Naphtha in commercial quantities. Real revenue begins. |
| 2028 | Future | First Licensed Plant Operating | +$80–150 | A third-party operator running an HCT plant on their own feedstock, generating royalties. Proves technology transfers successfully. |
| Ownership bucket | % | Note |
|---|---|---|
| CEO Ofer Vicus | ~29.5% | Co-founder, aligned with multi-year timeline |
| Management + board | ~5–7% | Cumulative insider holdings |
| Total insiders | 34–36% | Unusually high for a pre-revenue Nasdaq listing |
| Institutional | ~1.6% | Massive headroom on validation milestones |
| Retail + float | ~63% | High conviction base |
| Line | Value | As of |
|---|---|---|
| Cash | C$39.4M | Feb 28, 2026 (Q3 FY26) |
| Debt | $0 | — |
| Operating burn | ~$10.2M/yr | real cash, excl. non-cash items |
| Runway | ~2.5 yrs | to FOAK completion |
| Shares outstanding | 38.9 M | basic count |
| Analyst targets | $19 / $22 / $46 | Ladenburg / HC Wainwright / D. Boral |
| Vertical | Partner | Status | Context |
|---|---|---|---|
| HPU — Hydrocarbon Plastics Upcycling | TotalEnergies | Final-stage collaboration | PU + HPU feedstock testing |
| Shell | Graduated from CEP Dec 2025 | Advanced evaluation ongoing | |
| Confidential Petrochemical Co. | Active CEP | Mixed plastics feedstock | |
| NexGen Polymers | Pilot offtake | Feedstock supply + pilot testing | |
| Extra-Heavy Bitumen | Global EPC Firm | Licensing MOU signed | Engineering + construction for licensees |
| Confidential NOC | Early discussions | Not yet SEC-disclosed | |
| Heavy / Sour Crude | Middle East NOC | Exploratory | Not SEC-disclosed |
| HRU — Hydrochemolytic Renewables Upgrading | TotalEnergies | Active testing | Renewables + PU feedstock |
| Paraffinic Crude Upgrading | Confidential | Early CEP | Disclosure restricted |
| Tire Rubber Recovery | Proxy partners | Tire-industry consortium discussions | Not yet SEC-disclosed |
| Synthetic Turf | Confidential turf OEM | Discussion | Pre-commercial evaluation |
| Crosslinked Polymers (PEX / XLPE) | GF Building Flow Solutions | MOU signed | PEX pipe recycling collaboration |
| Refinery Bottom-of-Barrel | Disclosed pipeline | Multiple refineries evaluating | Specific names confidential |
| TCD — Thermochemical Deoxygenation | Disclosed development | Internal + partner-assisted | Shared footprint with HRU |
| Polyurethane | TotalEnergies | Active testing | Primary PU development partner |
| Agricultural Plastic Waste | Cleanfarms (Canada) | Partnership disclosed | 2,000+ sites, feedstock pipeline |
| ECOCE (Mexico) | Disclosed program | Packaging waste collaboration | |
| Manufacturer In-House Waste | Disclosed manufacturer interest | Early | Modular deployment concept |