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Advanced recycling

Chemical recycling is running commercially, including at Eastman's methanolysis plant in Kingsport. The sales growth reported there shows activity. Whether PET solvolysis is the only profitable route is unproven. To compare processes, look at each plant's feedstock, utilisation, energy costs and the prices it actually gets.

medium conviction emerging

Research snapshot · updated Nov 12, 2026

State of the art (2026)

Advanced recycling has crossed from announcement into operating capacity, but the curve is flatter than 2023 projections implied. ExxonMobil started its third Baytown advanced-recycling unit in February 2026, lifting that site to roughly 250 million pounds per year and putting the company on track for about 450 million pounds (circa 200 kilotonnes) of global capacity by year-end 2026. Eastman runs its Kingsport methanolysis plant near capacity, yet has paused its larger Normandy project pending EU recycled-content rules. Carbios has slipped its Longlaville enzymatic FOAK: construction restart hinges on a financing close it now targets for Q3 2026, with production pushed to first-half 2028. The durable read: PET depolymerisation pays today, mixed-plastic pyrolysis economics still depend on regulation, not oil price.

Capacity build-out is real but flatter than 2023 projections

Advanced recycling has crossed the announcement-to-capacity threshold, but the curve is shallower than 2023 plans implied. ExxonMobil started its third Baytown advanced-recycling unit in February 2026, lifting that site to roughly 250 million pounds per year and putting the company on track for about 450 million pounds (circa 200 kilotonnes) of global capacity by year-end 2026 – well short of the 500-million-pound nameplate once targeted. Eastman runs its Kingsport, Tennessee methanolysis facility (operational since late 2023) near capacity, but has paused its larger ~110kt Normandy, France methanolysis project pending EU recycled-content rules. PureCycle's solvent-dissolution polypropylene plant at Ironton, Ohio is ramping (record ~8.4 million pounds in Q1 2026). SABIC and Plastic Energy's SPEAR pyrolysis JV at Geleen, Netherlands has produced first TACOIL, though Plastic Energy's UK parent entered administration in spring 2026 (Spanish plants unaffected). Brightmark's Ashley, Indiana pyrolysis plant passed through Chapter 11 in 2025 and operated well below nameplate. The structural read: the next 12–24 months of operational data on yield, energy intensity and unit economics determine whether the category compounds or stalls below the projected curve.

Minimum-recycled-content regulation is the demand engine through 2030

Four major recycled-content regulations are entering full enforcement through 2026-2030. EU Packaging and Packaging Waste Regulation (PPWR) sets minimum recycled-content thresholds rising through 2030 across contact-sensitive plastics. California SB 54 requires 65% recycled-or-reusable single-use plastic packaging by 2032 with rising annual milestones. UK Plastic Packaging Tax imposes per-tonne tax on packaging with <30% recycled content. Japan Plastic Resource Circulation Act mandates collection and recycling protocols. Brand-owner commitments (Unilever, P&G, Nestlé, Coca-Cola, PepsiCo, Mars) target 30%+ recycled content by 2029-2030. The structural demand is enormous: every tonne of virgin plastic in regulated packaging must be substituted with recycled or alternative material. Mechanical recycling alone cannot supply the demand - it works for PET bottles and some HDPE but cannot handle the contaminated mixed-polymer waste streams. Advanced (chemical) recycling is the regulatory-driven supply-side response.

Enzymatic recycling (Carbios) is the next-tech proof point

The next-generation thesis for advanced recycling is enzymatic depolymerisation – using engineered enzymes to break PET back to monomers at lower temperature and energy intensity than thermal solvolysis. Carbios is the leading enzymatic-recycling pure-play; its Longlaville, France first-of-a-kind (FOAK) plant targets 50,000 tonnes/year of PET monomer. The timeline has slipped: financing close is now targeted for Q3 2026 and commissioning for first-half 2028 (previously 2027). Successful commissioning at yield and energy targets opens the path to a Carbios-licensed-technology rollout across global PET-bottle markets and narrows the energy-intensity gap with virgin PET. Continued financing or execution delay narrows the next-tech pathway to thermal solvolysis and pyrolysis only. The Longlaville readout remains the highest-leverage single proof point for the enzymatic thesis.

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Signal stack

Evidence stacked leading → lagging

8 signals
talent
research
patent
expert
operational
regulatory
market

Technology-native KPIs

Metrics that predict trajectory, tracked over time

4 tracked
Eastman Kingsport recycling capacity
Petrochemical recycling market volume forecast
ExxonMobil advanced recycling capacity (2026)
Carbios Longlaville FOAK PET enzymatic capacity

Landscape map

Who builds what, and who depends on whom

153 players · 6 layers

Catalyst calendar

Dated events that will move the position

5 ahead

Technology roadmap

Milestones on the path to maturity

8 milestones

Watchlists

Companies, people and papers, each with a condition for removing it

19 · 18
Companies · 19
People · 18

Decision frameworks

What our view means for your job

Locked
Public Equity
PE / VC
Corporate Leader

Thesis changelog

When our view changed, and why

9 updates

Change our mind

6 disconfirming conditions

You've read the verdict. The file is much deeper.

The full signal stack, technology-native KPIs tracked over time, the landscape of who depends on whom, the dated catalyst calendar, decision frameworks for every desk, live watchlists and a record of every time our view on Advanced recycling has changed. All of it is in CanaryIQ.