The basis matters: the figures on this page are full-project European CAPEX (process equipment + civil works + permitting + EU emission control). That is a wider cost boundary than the global equipment-turnkey ranges on our main cost guide — so a European installed budget runs structurally higher, not because the equipment is different but because the scope is. Cells below are labelled anchored (traced to a named EU project), indicative — derived, or data-sparse. Nothing data-sparse is presented as a firm quote.
How Much Does a Pyrolysis Plant Cost in Europe? (50–200 TPD by Feedstock)
Large-capacity European pyrolysis costs, on a full-project basis. Tire ranges are derived from real EU projects (CIRCTEC, Scandinavian Enviro, Pyrum) with per-tonne cost falling as capacity scales; plastic and biomass large-capacity cells are derived ranges — there is no public commercial quote for them, so they are shown as indicative, never as fixed prices.
| Feedstock | 50 TPD | 100 TPD | 150 TPD | 200 TPD |
|---|---|---|---|---|
| Plastic (mixed) | €40M–€65M indicative — derived | €70M–€120M indicative — derived | €90M–€170M data-sparse | €120M–€210M data-sparse |
| Tire (end-of-life) | €18M–€48M indicative — derived | €35M–€83M anchored | €52M–€114M indicative — derived | €66M–€139M indicative — derived |
| Biomass (→ biochar/oil) | €25M–€58M data-sparse | €46M–€106M data-sparse | €64M–€149M data-sparse | €85M–€185M data-sparse |
Full-project CAPEX (process + civil + permitting + EU emission control). Derivation band ~€1,800–€4,000 per annual tonne for plastic (lower at scale); tire ~€1,000–€3,000/t; biomass indicative only (no public EU TPD-priced commercial quote — PYREG/Syncraft systems are kW-rated). Operating year 330 days for TPD↔t/yr. €1 ≈ $1.08. Europe has no lean-modular plastic segment — every EU plastic anchor is full chemical recycling, so the European plastic floor sits structurally above the lean North-American (PlasCred-style) low end on our USA & Canada page. Request a project-specific European estimate.
APChemi engineers ISCC PLUS / CE / ATEX-compliant pyrolysis plants for European projects — at a fraction of European turnkey-peer CAPEX. Get a region-specific cost breakdown.
Real European Pyrolysis Projects — the Cost Evidence
These named, sourced European projects are the basis for the ranges above — the only defensible public pricing evidence at commercial scale.
| Project (location) | Feedstock | CAPEX | Capacity | Status |
|---|---|---|---|---|
| CIRCTEC, Delfzijl (NL) | Tire | €150M raise (Ph1); €285M full build | 50 kt/yr → 200 kt/yr | Phase 1 live Jan 2026 |
| Indaver P2C, Antwerp (BE) | Plastic | €105M (€75M plant + €30M pre-treat) | 26 kt/yr → 65 kt/yr | Opened Sep 2025 |
| Scandinavian Enviro / Infiniteria, Uddevalla (SE) | Tire | ≈ SEK 400M (~€36M) | 30–35 kt/yr → 60 kt/yr | Commissioning 2026 |
| Pyrum, Greece (Livanates) | Tire | €100M (€29.4M EU Innovation Fund) | 45 kt/yr | In development |
| Quantafuel, Skive (DK) | Plastic | ≈ NOK 610M (~€55M) | 16–20 kt/yr | Operating |
| Neste, Porvoo (FI) | Oil upgrading | €111M | 150 kt/yr | Live end-2025 |
EU Incentives & Regulations That Improve Project Economics
Beyond the EU Innovation Fund, national schemes and the PPWR demand mandates materially change a European project's returns.
France: Chemical-recycling State aid scheme
€500M total; up to 40% of eligible extra investmentEC-approved 11 Feb 2025
Netherlands: SDE++ operating subsidy
up to €400/tonne CO₂ avoided, 12–15 yrs~€8bn 2025 round
Netherlands: Circular Plastics NL (CPNL)
>€18M awarded 2025 (9 projects)leverages >€100M private
Spain: PERTE Circular Economy
€492M (Next Generation EU); projects €150k–€10MEU-wide: PPWR recycled-content mandates (Reg. 2025/40)
PET bottles 30% → 65% by 2040; chemical recycling counts via mass balancedemand driver, in force
EU-wide: EPR eco-modulation (PPWR, from 2027)
fee multipliers ~0.8× (recyclable) → 2.0× (problematic)30–60% EPR fee rise projected 2027–2030
European Certification Costs (CE · ATEX · ISCC PLUS · EBC)
| Certification | Covers | Indicative Cost |
|---|---|---|
| CE — PED 2014/68/EU | Pressure-bearing reactor vessels | Cat III ≈ €3,000–€12,000 (to €50,000+ for Cat III–IV) |
| ATEX 2014/34/EU | Explosive-atmosphere zones | €8,000–€15,000 per equipment item; audit €2,000–€5,000/yr |
| ISCC PLUS | Pyrolysis-oil chain of custody (mass balance) | 1st-yr €25,000–€60,000 single site (€60,000–€150,000 for 3+ sites) |
| EBC (biomass only) | Biochar quality + process (≥500 °C, ≥3 min) | €3,500/yr + €2.00/t (€1.60/t if >5,000 t/yr) + €3,000 Letter of Conformity |
European Carbon Prices & Biochar Credits
EU ETS allowance
~€72–77/t
CO₂ (2026)
Biochar CORC (Puro.earth)
~€130/t
CO₂ · biomass only
CBAM (Q1 2026)
€75.36/t
first official price
Biochar CDR credits apply only to biomass pyrolysis — never to plastic or tire pyrolysis oil. German/EBC biochar credits reach €189–€200/t and biochar-asphalt credits exceed €300/t.
The European Market (Why the Capacity Is Being Built)
289 kt/yr
installed EU chemical-recycling capacity (18 plants)
2,799 kt/yr
project pipeline (65 projects)
€8bn
industry investment target by 2030
APChemi for European Projects
European turnkey peers — CIRCTEC, Indaver, Plastic Energy — carry €100M+ full-project CAPEX. APChemi delivers EU-grade ISCC PLUS / CE / ATEX-compliant pyrolysis engineering at a fraction of that cost, with operations across the Netherlands, India and the UK. APChemi's 42 TPD plastic pyrolysis plant for a UK client was approved by owners' engineers STOPFORD; the company runs 4 ISCC PLUS-certified plants, is ISO 9001:2015 certified, and its engineering is Lloyd's Register (LRQA)-verified.
Get a European full-project cost estimate for your feedstock, capacity and country — free.
Get a European Cost Estimate →European Pyrolysis Cost — FAQs
A European pyrolysis plant is a full-project investment of roughly €18M (small tire) to €210M+ (large plastic) — far above Asian equipment-turnkey pricing, because the European figure includes civil works, permitting, ISCC PLUS / CE / ATEX compliance and emission control. Costs run on a different boundary than the global turnkey ranges on our main cost guide.
There is no single public quote at 100 TPD, but named European plastic plants give the anchor: Indaver's Antwerp plant (71 TPD / 26 kt/yr) is a €105M full-project investment, and Plastic Energy's Sevilla line runs 33 kt/yr. A 100 TPD European plastic plant is therefore in the order of €70M–€120M full-project CAPEX — an indicative range derived from these anchors, not a fixed quote. Get a project-specific estimate.
European pricing carries a structural premium for higher build quality, mandatory CE/ATEX/PED machinery compliance, ISCC PLUS certification for circular markets, stricter emission control, and higher labour and permitting costs. The figures here are full-project greenfield CAPEX, which is a wider cost boundary than the equipment-turnkey ranges on the main cost page — not a contradiction, a different scope.
Region-specific support includes France's €500M chemical-recycling aid scheme (up to 40% of extra investment), the Netherlands SDE++ (up to €400/tonne CO₂ avoided), Spain's €492M PERTE, and EU Innovation Fund grants (e.g. €29.4M to Pyrum Greece). The PPWR recycled-content mandates and EPR eco-modulation create the demand that underpins plant economics.
Yes — biomass pyrolysis biochar can earn CDR credits. The Puro.earth Nasdaq biochar CORC index sits around €130/tonne CO₂ (2026), with German/EBC credits at €189–€200/t and biochar-asphalt credits above €300/t. This applies only to biomass — not to plastic or tire pyrolysis oil.
Planning a European pyrolysis project?
APChemi's engineers provide free, region-specific cost and ISCC-readiness assessments for EU projects.
Get a Free Project Assessment →Explore More
Pyrolysis Plant Cost (Global Guide)
The main cost guide — capacity, feedstock, ROI, and APChemi pricing.
Pyrolysis Plant Cost — USA & Canada
North-American full-project costs, IRA 45Z and Clean-Tech ITC incentives.
ISCC PLUS Certification
The certification that unlocks Europe's premium circular-feedstock market.
Plastic Pyrolysis
Feedstock economics for mixed-plastic chemical recycling.