Used Cooking Oil (UCO) Market 2026: Price, Collection & Trade Flow Intelligence
Quantifying the economics of the world's most sought-after waste feedstock — from restaurant fryer to aviation fuel supply chain.
UCO prices reached $1,045-$1,200/tonne in 2025, driven by SAF mandates (ReFuelEU 2% by 2025, 6% by 2030) and US 45Z tax credits ($1.75/gallon for SAF). China's December 2024 export tax rebate cancellation has reshaped global trade flows. This brief quantifies collection economics, trade patterns, price trajectories, and profitability metrics for every link in the UCO value chain — from restaurant collector to HEFA refiner.
The Call: UCO is the most strategically concentrated waste feedstock in the global energy transition — commanding $1,045–$1,200/tonne and structurally undersupplied against 2030 SAF mandates by a factor of 3–5x. The feedstock supply gap cannot be closed by price signals alone. Investors should favour vertically integrated collectors and refiners with secured Chinese-alternative supply chains, while treating pure-play traders and biomass-dependent HEFA-only facilities as structurally disadvantaged. [Source: ESI Feedstock Intelligence Desk, June 2026]
The used cooking oil market finds itself at the structural intersection of aviation decarbonisation mandates, waste-to-energy policy frameworks, and constrained global collection capacity. What was once a low-value byproduct of food service is now a strategic feedstock commanding prices approaching fossil jet fuel multiples — with no reversal in sight.
This brief provides a quantified assessment of the UCO value chain: upstream collection economics, midstream trade flows reshaped by China's policy pivot, and downstream refining profitability under evolving regulatory regimes. The data supports an unambiguous conclusion: UCO prices will remain structurally elevated through 2030, and the feedstock supply gap represents both the sector's greatest risk and its most significant investment opportunity.
Price Surge
UCO CIF ARA at $1,045-$1,200/tonne (Q1 2026), representing 2-5x the cost of fossil jet fuel. The premium is policy-dependent and structurally sustained by mandates, not market cycles.
Collection Bottleneck
Global formal UCO trade estimated at 4.5-5.0M tonnes/year, with only 3-8% of projected 2030 SAF demand addressable through UCO. The feedstock is a true bridge — essential but insufficient.
China Trade Shock
Export tax rebate canceled December 2024, redirecting Chinese UCO volumes to domestic biodiesel production. EU HEFA refiners face immediate supply exposure, with no short-term substitute.
Fraud & Traceability
Estimated 20-30% mislabeling rate in global UCO trade. ISCC certification and the November 2024 Union Database for Biofuels (UDB) launch represent the regulatory counter-response.
01 Price Intelligence & Historical Trends
UCO pricing is fundamentally policy-driven. Unlike conventional commodities governed by supply-demand equilibrium, UCO trades at a premium determined by the regulatory value of the credits it unlocks — double counting under RED II/III, 45Z tax credits in the US, and ReFuelEU compliance obligations. Prices are consequently volatile, responding sharply to legislative signals and trade policy shifts.
Current Price Benchmark (Jan 2026)
UCO CIF ARA (Amsterdam-Rotterdam-Antwerp): $1,045-$1,200/tonne (Q1 2026
range).
UCO DDP NWE: €1,100-€1,175/tonne.
Yellow Grease (US Gulf): $1,150-$1,250/tonne. Brown Grease:
$800-$1,000/tonne.
Prices remain elevated due to SAF demand but are below the December 2024 peak of $1,222/tonne, reflecting
market digestion of China's export rebate cancellation.
UCO Price History (2020-2025)
| Period | UCO CIF ARA ($/t) | UCO DDP NWE (€/t) | Key Driver |
|---|---|---|---|
| 2020 Average | $600-$700 | €550-€650 | COVID demand collapse |
| 2022 Peak | $1,400+ | €1,300+ | Ukraine war, energy crisis, feedstock scramble |
| 2023 Average | $950-$1,100 | €900-€1,000 | SAF mandate ramp-up, 45Z anticipation |
| Dec 2024 (Peak) | $1,070 | €1,175 | ReFuelEU pre-compliance buying |
| Q2 2025 | $1,045-$1,085 | €1,000-€1,100 | 45Z IRS guidance, China export shift |
UCO Price Trajectory
CIF Amsterdam-Rotterdam-Antwerp ($/tonne), 2020-2026
per tonne (Q1 2026)
UCO-based SAF vs. fossil Jet-A1
Scale from 2025 → 2050
Projected SAF Demand
Price Volatility Risk
UCO feedstock costs represent 70-80% of HEFA SAF production cost. A $100/tonne movement in UCO prices directly impacts refinery margins by approximately $0.08-0.12/litre on SAF output. With mandate-driven demand inelasticity, the market exhibits structural price asymmetry — prices rise faster than they fall.
02 Collection Economics & Infrastructure
Collection infrastructure is the industry's critical bottleneck. In the US alone, estimated collection reached ~1.5 million tonnes (3.3 billion pounds) in 2024, well below the biofuel industry's demand of ~2.6 million tonnes (5.7 billion pounds) — a 1.1 million tonne structural deficit that price signals alone cannot close.
Collection Sources — Segmentation by Channel
- Commercial (Restaurants, Fryers): 60-70% of supply. Large volumes, relatively easy to aggregate. Collectors typically pay restaurants $0.10-$0.30/gallon. Route density determines profitability.
- Industrial (Food Processing): 20-30% of supply. Consistent quality, large batch sizes, lower per-unit collection cost. Industrial fryers generate 500-5,000 gallons/month each.
- Household: 5-15% of supply. Difficult to collect economically due to dispersion and small volumes. Growing in Europe via municipal programs; negligible in most developing markets.
Collection Cost Structure
| Cost Component | Commercial (Restaurant) | Household | Notes |
|---|---|---|---|
| Collection Cost | $0.05-$0.15/lb | $0.20-$0.40/lb | Includes labor, vehicle, storage tank at site |
| Transport to Aggregator | $0.02-$0.05/lb | $0.05-$0.10/lb | Route distance, fuel, driver time |
| Pre-Processing (Filtration) | $0.03-$0.08/lb | $0.05-$0.10/lb | Filtration, water separation, FFA testing |
| Total Cost (Pre-Refinery) | $0.10-$0.28/lb | $0.30-$0.60/lb | Commercial 3-6x cheaper than household |
Collection CAPEX Requirements
A single collection truck represents approximately $60,000-85,000 in initial CAPEX (including tank and pump installation). Storage tanks at aggregation points run $10,000-25,000 each. Route permits, insurance, and environmental compliance add $5,000-12,000 annually. A commercially viable collector typically operates 3-5 trucks covering 150-400 restaurant stops to achieve breakeven within 18-24 months.
UCO Processing Value Chain
| Stage | Input | Output | Approx. Value Add |
|---|---|---|---|
| Collection | Waste oil at source | Raw UCO in tank | $0.15-$0.30/kg |
| Pre-Processing | Raw UCO | Filtered UCO (<2% FFA) | $0.05-$0.10/kg |
| Refining (HEFA) | Filtered UCO | SAF + RD + Naphtha | $0.50-$1.00/kg |
| Credits (EU/US) | SAF Certificate | ReFuelEU/45Z compliance | $0.50-$1.50/kg |
Processing Technology Pathways
FAME Transesterification (Biodiesel): UCO reacts with methanol in the presence of a catalyst (typically sodium hydroxide). Yield: ~95-97% of oil mass. Byproduct: glycerin. Quality challenge: high Free Fatty Acid (FFA) content in degraded UCO requires pre-treatment via acid esterification, adding $0.03-0.05/lb. FAME biodiesel is blended at B7-B20 for road transport. Price context: FAME biodiesel from UCO trades at $1,200-$1,500/tonne FOB Rotterdam, reflecting both the feedstock premium and the lower credit value compared to SAF — FAME captures double-counting under RED but not the SAF-specific ReFuelEU or 45Z premiums. [Source: Greenea Feedstock Analytics, 2025]
HEFA Hydroprocessing (SAF): Hydrodeoxygenation (HDO) + hydroisomerization + mild hydrocracking convert triglycerides into pure paraffinic hydrocarbons chemically identical to petroleum-derived jet fuel. Yield: ~75-85% of oil mass. Product split: SAF (~50-60%), Renewable Diesel (~30-40%), Naphtha (~5-10%). HEFA SAF is blended up to 50% with conventional Jet-A1. Key producers: Neste, World Energy, TotalEnergies, bp.
03 Global Trade Flows & Geopolitics
UCO is a globally traded commodity with distinct trade lanes shaped by regulatory frameworks and collection infrastructure asymmetries. China has historically dominated exports, while the EU remains the world's largest import market. Trade patterns are undergoing structural disruption following China's December 2024 export tax rebate cancellation.
| Region | Role | Volume Estimate (2025) | Key Notes |
|---|---|---|---|
| 🇨🇳 China | Major Exporter | 1.5-2.0 million tonnes | Export tax rebate canceled (Dec 2024); shifting to domestic biodiesel |
| 🇪🇺 European Union | Major Importer | 2.0-2.5 million tonnes | ReFuelEU driving SAF demand; strict ISCC anti-fraud rules |
| 🇺🇸 United States | Importer/Domestic | 1.5 million tonnes (import) | 45Z credits exclude non-domestic feedstocks for some pathways |
| 🇲🇾 Malaysia / 🇮🇩 Indonesia | Exporters | 0.5-0.8 million tonnes | Mixed palm fatty acid distillate also exported; palm oil linkage complicates sustainability verification |
China's Export Tax Rebate Cancellation — December 2024
On 1 December 2024, China's Ministry of Finance canceled the 13% VAT export rebate on used cooking oil (HS code 151800). The structural implications are threefold:
- Price impact: Chinese UCO becomes effectively 13% more expensive for EU buyers, closing the arbitrage that made Chinese imports economically attractive despite freight costs.
- Volume redirection: An estimated 0.8-1.2 million tonnes of Chinese UCO annually will pivot toward domestic biodiesel and SAF production, reducing global export availability.
- EU exposure: The EU imports approximately 40-50% of its UCO consumption from China. The rebate cancellation exposes a structural import dependency that domestic collection infrastructure cannot replace in the short term.
Strategic assessment: This policy shift is consistent with China's broader industrial strategy of retaining value-added processing within domestic borders. It mirrors similar export restrictions imposed on rare earth elements and graphite. The EU's response — accelerating domestic collection infrastructure investment — carries a 3-5 year implementation lag.
04 UCO Collection & Trading Companies
Three archetypes dominate the global UCO supply chain: the vertically integrated renderer (Darling Ingredients), the national collector-processor (Olleco), and the pure-play broker-trader (Greenea). Each represents a distinct strategic position in the value chain, with fundamentally different risk exposures and margin structures.
Darling Ingredients
USA — Vertically Integrated Renderer & SAF ProducerOlleco (UK)
United Kingdom — Integrated Collector & ProcessorGreenea (France)
France — Pure-Play Broker & Market Intelligence05 Key Market Players — UCO Value Chain
The UCO market spans collectors, aggregators/traders, and refiners/end-users. Market concentration is increasing as large agriculture and energy companies vertically integrate to secure feedstock access.
| Company | Country | Role | UCO Capacity/Volume | Key Strength |
|---|---|---|---|---|
| Neste | 🇫🇮 Finland | Refiner | 1.5M+ tonnes SAF/year | Global feedstock sourcing, premium pricing power |
| Cargill | 🇺🇸 USA | Aggregator/Trader | 800K+ tonnes traded | Agricultural supply chain dominance |
| World Energy | 🇺🇸 USA | Refiner | 200M gallons/year SAF | First US commercial SAF producer |
| Olleco | 🇬🇧 UK | Collector + Refiner | 250K tonnes collected | Integrated UK collection network |
| Greenea | 🇫🇷 France | Broker/Trader | 600K+ tonnes traded | Price transparency, market intelligence |
| Argent Energy | 🇬🇧 UK | Collector + Refiner | 50K tonnes biodiesel | Restaurant collection network, GPS tracking |
| Shandong Zhuoyue | 🇨🇳 China | Exporter | 300K+ tonnes export | Major Asian supplier, pre-rebate advantage |
Cargill + Chevron JV — Strategic Significance
In 2024, Cargill and Chevron announced a 50/50 joint venture targeting 1 billion gallons/year of renewable diesel and SAF capacity by 2030. Cargill contributes feedstock sourcing and agricultural aggregation expertise; Chevron provides refining infrastructure and fuel distribution networks. The JV signals a structural shift: major oil companies are vertically integrating into waste feedstock supply chains to hedge against crude oil demand uncertainty and secure compliance with renewable fuel mandates. This mirrors bp's acquisition of Archaea Energy (RNG) and Shell's Nature Energy investment — the majors are buying into the feedstock, not just the refinery.
06 SAF Refiner Competitive Landscape
The HEFA SAF refining sector is highly concentrated, with the top 3 producers controlling ~65% of global capacity. Competitive differentiation hinges on feedstock sourcing diversification (specifically Chinese UCO exposure), credit stacking capability across jurisdictions, and airline offtake contract duration. [Source: BNEF SAF Outlook H1 2026; ESI Analysis]
| Refiner | SAF Capacity | Feedstock Mix | China Exposure | Credit Stacking | Key Offtaker |
|---|---|---|---|---|---|
| Neste 🇫🇮 | 1.5M t/yr | 60% UCO, 25% Animal Fats, 15% PFAD | HIGH — 30-40% of feedstock | EU RED + ReFuelEU + CORSIA | Lufthansa, KLM, American Airlines |
| World Energy 🇺🇸 | 200M gal/yr (~650K t/yr) | 70% UCO, 20% Tallow, 10% DCO | LOW — US domestic focus | US 45Z + CA LCFS | United Airlines (long-term) |
| Montana Renewables 🇺🇸 | ~100M gal/yr (~320K t/yr) | 80% UCO, 20% Tallow | LOW — domestic feedstock | US 45Z + RINs | Shell, Delta Air Lines |
| TotalEnergies 🇫🇷 | ~500K t/yr (La Mède + Grandpuits) | 50% UCO, 30% PFAD, 20% Animal Fats | MEDIUM — diversified sourcing | EU RED + ReFuelEU + French mandate | Air France-KLM, EasyJet |
| Repsol 🇪🇸 | ~250K t/yr (Cartagena) | 55% UCO, 25% Animal Fats, 20% Other | MEDIUM — Iberian + imports | EU RED + ReFuelEU | Iberia, Vueling |
Non-HEFA Pathways: Price Spread & Displacement Timeline
LanzaJet (USA — Alcohol-to-Jet, ATJ) operates the world's first commercial ATJ facility in Georgia (10M gal/yr), using ethanol as feedstock — completely bypassing UCO supply constraints. Velocys (UK — Gasification-FT) targets municipal solid waste as feedstock at its planned Altalto facility. Both pathways, plus Power-to-Liquid (PtL) e-fuels, represent the structural competitive threat to UCO-dependent HEFA: by 2035, ReFuelEU's e-fuel sub-mandate requires synthetic fuels to capture an increasing share of SAF compliance. HEFA-only refiners without ATJ or PtL diversification pathways face a 2035 cliff. [Source: EU ReFuelEU Regulation 2023/2405; LanzaJet Corporate Filings, 2025]
HEFA Margin Sensitivity: UCO Price vs. Alternative Pathway Breakeven
The investment thesis for HEFA refineries is fundamentally a bet on the UCO-to-alternative cost spread. As PtL and ATJ production costs decline along their respective learning curves, UCO-based SAF loses its cost advantage — and the timeline to displacement is accelerating. [Source: ESI LCOE Model, June 2026]
HEFA Margin Sensitivity & Pathway Crossover
SAF Production Cost ($/tonne) as a function of UCO Price, with alternative pathway breakeven lines
2026: HEFA Dominance
UCO-SAF: $1,500–$2,500/t
PtL e-fuel: $3,500–$5,000/t
Gap: $1,500–$2,500/t
UCO holds an unassailable cost advantage. No displacement risk.
2030: Narrowing Gap
UCO-SAF: $1,800–$3,000/t
PtL e-fuel: $2,500–$3,500/t
Gap: $500–$1,000/t
PtL cost gap closing ~15%/yr. Niche displacement begins in high-UCO-price scenarios.
2035: Crossover Risk
UCO-SAF: $2,000–$3,500/t
PtL e-fuel: $1,500–$2,500/t
Gap: PtL cheaper by $500+/t
ReFuelEU e-fuel mandate binds. UCO demand growth decouples from SAF growth. HEFA-only refineries face stranded asset risk.
07 Regulatory Snapshot
| Framework | Jurisdiction | Key Provisions | UCO Impact |
|---|---|---|---|
| EU RED II/III | EU-27 | Double counting for waste feedstocks; 7% Annex IX Part B cap on UCO contribution to transport targets | Price premium — double-count eligibility |
| ReFuelEU Aviation | EU-27 | SAF mandate: 2% (2025), 6% (2030), 20% (2035), 70% (2050); sub-mandate for e-fuels from 2030 | Structural demand driver — non-negotiable compliance |
| US IRA Section 45Z | United States | $1.75/gallon SAF tax credit (domestic feedstock preference); CI must be 50%+ below fossil baseline | Domestic UCO premium; Chinese imports disadvantaged |
| China Export Policy | China | 13% VAT export rebate canceled (Dec 2024) on UCO (HS 151800) | Export volume reduction; EU supply gap |
| UK SAF Mandate | United Kingdom | 2% (2025), 10% (2030), 15% (2035) | Domestic collection infrastructure investment |
| Japan CORSIA | Japan | 1% (2025), 10% (2030) | Emerging demand center — Asian UCO draw |
| Singapore SAF Target | Singapore | 1% (2026), 3-5% (2030) | Regional offtake hub — Neste Singapore refinery |
| ISCC EU/UDB | EU | Mandatory certification; Union Database for Biofuels launched Nov 2024 | Traceability requirement — fraud reduction |
HEFA Margin Trigger Point
With UCO feedstock representing 70-80% of HEFA SAF production cost, the margin trigger is well-defined: at $1,400/tonne UCO, standalone HEFA refiners without credit stacking (LCFS + 45Z + ReFuelEU) turn EBITDA-negative. At $1,600/tonne, even vertically integrated producers with full credit access face margin compression below 10%. The $1,000/tonne floor is policy-driven; the $1,400-1,600/tonne range is the hard economic ceiling where buyers exit the market. [Source: ESI HEFA Margin Model, 2026]
Regulatory Risk Assessment
The 7% Annex IX Part B cap constrains UCO's contribution to EU transport fuel targets. Once collection volumes approach this threshold, further price increases will not unlock additional regulatory value — the cap acts as a hard ceiling on UCO's addressable market share. Meanwhile, ReFuelEU's e-fuel sub-mandate (from 2030) introduces a competing compliance pathway that could moderate UCO demand growth after 2030.
08 Risk Matrix — UCO Value Chain
| Risk | Level | Probability | Impact | Mitigation |
|---|---|---|---|---|
| UCO Price Volatility | HIGH | Annual fluctuations of ±$200/t | 70-80% of HEFA production cost; margin erosion of 15-25% | Long-term offtake contracts with price collars; diversified feedstock portfolio |
| Feedstock Fraud | HIGH | 20-30% mislabeling rate | Regulatory disqualification; reputational damage; credit clawback | ISCC certification; isotopic testing; UDB traceability; on-site audits |
| Trade Policy Disruption | MEDIUM | China rebate cancellation precedent | Supply shock for EU refiners; 40-50% import dependency exposed | Domestic collection investment; multi-geography sourcing strategy |
| Competition for Feedstock | MEDIUM | Biodiesel vs SAF vs animal feed vs oleochemicals | Bid-up pricing in tight supply; margin compression for lower-value end-users | Vertical integration; secured restaurant contracts; exclusivity agreements |
| Collection Infrastructure Gap | MEDIUM | Underinvestment in Asia/Africa | 3-8% of 2030 SAF demand at current collection rates | Policy incentives for collection; municipal partnership programs |
09 UCO Collection Profit Calculator
This interactive model estimates monthly profitability for a UCO collection operation. Adjust the sliders to reflect your route parameters — the calculator assumes commercial restaurant collection with aggregation at a central tank.
10 Supply Outlook to 2030
Global UCO collection is structurally constrained by logistics density, fraud risk, and competing end-use demand. Even under ambitious collection improvement scenarios, the fundamental arithmetic does not close: SAF demand growth will outstrip UCO supply growth by a factor of 3-5x through 2030.
| Metric | 2025 | 2027 | 2030 |
|---|---|---|---|
| Global UCO Collection (est.) | 4.5-5.0 million tonnes | 5.5-6.5 million tonnes | 7-10 million tonnes |
| Global SAF Demand | 2-3 million tonnes | 5-8 million tonnes | 15-30 million tonnes |
| UCO % of SAF Feedstock | 50-60% | 40-50% | 20-35% |
| UCO Price Outlook | $1,000-$1,200/t | $1,100-$1,400/t | $1,200-$1,600/t |
Bridge Feedstock Reality
UCO's declining share of SAF feedstock (from ~55% in 2025 to 20-35% by 2030) is not a demand-side phenomenon — it reflects a supply ceiling. The structural implication is unambiguous: investors and policy makers must model a transition to Alcohol-to-Jet (ATJ) and Power-to-Liquid (PtL) pathways by 2035, or risk asset stranding in HEFA-only refinery configurations.
11 Strategic Scenarios to 2030
Three scenarios capture the range of plausible outcomes for the UCO market through 2030. Probability assessments reflect the intersection of policy, collection infrastructure investment, and competing feedstock dynamics. [Source: ESI Feedstock Scenario Model, June 2026]
Bear Case (30% Prob.)
Deregulation & Substitution: EU ReFuelEU weakened; US 45Z repealed or defunded. ATJ and PtL pathways achieve commercial scale by 2028, displacing HEFA demand. China export restrictions intensify.
Outcome: UCO prices fall to $800–$1,000/t. HEFA-only refiners face negative margins. Collection sector consolidation accelerates. UCO share of SAF feedstock drops below 15% by 2030.
Base Case (45% Prob.)
Mandated Growth: ReFuelEU and 45Z remain intact. EU CBAM carbon price reaches €100/t. China export volumes stabilize at 0.8–1.2M tonnes/year. EU collection infrastructure investment adds 1-2M tonnes annual capacity by 2028.
Outcome: UCO prices at $1,100–$1,400/t. Feedstock remains the binding constraint — not refining capacity. Vertically integrated collectors capture 60%+ of sector margins. ATJ and PtL remain niche (<15% SAF share).
Bull Case (25% Prob.)
SAF Supercycle: Global SAF mandates accelerate (Japan, Korea, Singapore, India). Carbon pricing in major economies exceeds $150/t. UCO collection rates double globally via technology (IoT tank sensors, route optimization AI). ISCC blockchain traceability eliminates fraud, unlocking 3-5M additional tonnes/year from informal collection.
Outcome: UCO prices surge to $1,400–$1,800/t. Collection infrastructure becomes a bottleneck asset class. M&A consolidates the top 5 collectors into 2-3 globally dominant companies. UCO remains 35-40% of SAF feedstock through 2035.
Investment & Strategy Implications
12Intelligence Takeaways
UCO prices will remain structurally elevated through 2030 as SAF mandates outstrip collection capacity. The $1,000/tonne floor is the new normal — not a cyclical peak. Refiners without secured, diversified feedstock portfolios face existential margin risk.
China's export tax rebate cancellation creates a supply shock for EU HEFA refiners. Domestic EU collection infrastructure investment is the only structural hedge — and it carries a 3-5 year implementation lag. The interim period will be characterized by price volatility and feedstock competition.
UCO is a bridge feedstock — not a long-term solution. By 2035, Alcohol-to-Jet (ATJ) and Power-to-Liquid (PtL) pathways are projected to capture an increasing share of SAF production. Investors who model HEFA-only business cases beyond 2035 risk asset stranding as e-fuel mandates (ReFuelEU sub-target from 2030) begin to bind.
13 Case Studies — UCO Value Chain Leaders
Case Study 1: Neste (Finland) — World's Largest SAF Producer
Neste is the world's largest producer of renewable diesel and SAF, sourcing UCO globally through an
extensive supplier network spanning over 60 countries, including significant volumes from China. The company
has invested heavily in traceability systems — including satellite monitoring of supplier sites and isotopic
testing capabilities — to mitigate fraud risk. Neste's Rotterdam refinery expansion positions it as the
primary EU SAF supplier under ReFuelEU, with contracted offtake agreements from major airlines including
Lufthansa, KLM, and American Airlines.
Source: Neste Annual Report 2024, Neste Q1 2025
Investor Presentation.
Case Study 2: World Energy (California) — First US SAF Producer
World Energy operates America's first and largest commercial SAF facility. They primarily process UCO and
other waste fats. In 2024, the company broke ground on a major expansion to triple production capacity,
supported by a long-term supply agreement with United Airlines and investment from Singapore's GIC sovereign
wealth fund. The Paramount facility benefits from California's Low Carbon Fuel Standard (LCFS), which
provides additional credit value on top of the 45Z federal tax credit.
Source: World Energy Press Releases 2024,
BloombergNEF SAF Outlook Q1 2025.
Case Study 3: Argent Energy (UK) — European UCO Pioneer
Argent Energy operates a fully integrated UCO collection and biodiesel production model in the UK. Their
collection network spans over 50,000 restaurants, pubs, and food service outlets. Each truck is equipped
with GPS tracking and automated volume measurement, feeding data directly to their traceability platform.
The company has invested in real-time quality testing at collection points, measuring Free Fatty Acid (FFA)
content, moisture, and impurities — allowing premium pricing for high-quality UCO and ensuring consistent
refinery feedstock.
Source: Argent Energy
Corporate Reports, UK RTFO Data 2024-2025.
Case Study 4: Cargill + Chevron JV — Agricultural Giant Enters SAF
In 2024, Cargill (world's largest agricultural commodities trader) and Chevron announced a joint venture to
produce renewable diesel and SAF from waste feedstocks including UCO, animal fats, and distillers corn oil.
Cargill brings feedstock sourcing and aggregation expertise across its global agricultural network; Chevron
provides refining and distribution infrastructure. The JV targets 1 billion gallons/year capacity by 2030,
making it one of the largest waste-based fuel producers globally. This deal signals major oil companies'
strategic bet on waste-based biofuels as a compliance pathway under tightening renewable fuel
mandates.
Source: Chevron Press Release
Dec 2024, Cargill Biofuels Division.
14 Frequently Asked Questions
As of early 2026, UCO CIF ARA (Amsterdam-Rotterdam-Antwerp) trades at $1,045-$1,200/tonne. UCO DDP NWE (Northwest Europe) is approximately €1,100-€1,175/tonne. Yellow grease commands $1,200-$1,400/tonne, while brown grease fetches $800-$1,000/tonne. Prices remain elevated due to SAF demand but are below the Dec 2024 peak.
UCO commands a premium because it qualifies as a waste feedstock under EU and US regulations. This means UCO-based biofuels receive double counting (EU RED II/III) and premium tax credits (US 45Z: $1.75/gallon for SAF). The carbon intensity of UCO-SAF is 70-90% lower than fossil jet fuel, making it eligible for sustainability premiums that airlines are willing to pay to meet compliance obligations.
No. Analyses project that truly collectible UCO can only supply 3-8% of projected SAF demand by 2030. UCO is a "bridge feedstock" — essential for scaling SAF production today, but eventually other pathways (e-fuels/Power-to-Liquid, Alcohol-to-Jet, gasification-FT) must take over. The supply ceiling is a function of collection logistics, not price signals.
UCO fraud involves relabeling virgin palm or soy oil as used cooking oil to claim waste-based credits. Detection methods include: ISCC certification with chain of custody auditing, isotopic testing (carbon-14 analysis distinguishes fossil-derived from biogenic carbon), and increasingly, blockchain-based traceability systems. The EU's Union Database for Biofuels (UDB), launched November 2024, provides a centralized ledger for tracking biofuel feedstocks through the supply chain.
The 45Z Clean Fuel Production Tax Credit (effective January 2025) favors domestically sourced feedstocks. Imported UCO from China may not qualify for full credits ($1.75/gallon for SAF), reducing US demand for Chinese UCO and potentially redirecting volumes to European markets. This creates a bifurcated market: domestic US UCO trades at a premium, while imported UCO flows to EU buyers without domestic preference requirements.
The largest UCO buyers are renewable diesel and SAF producers: Neste (Finland — 1.5M t/yr SAF capacity), World Energy (USA — 200M gal/yr), TotalEnergies (France — La Mede biorefinery), and Repsol (Spain). These companies have long-term offtake agreements with UCO collectors and traders, with contract durations extending to 7-10 years.
Export to the EU requires ISCC EU certification (International Sustainability and Carbon Certification). This involves: proof of waste origin documentation, mass balance chain of custody, GHG lifecycle calculation (must demonstrate 70%+ reduction vs. fossil comparator), and third-party auditing of collection points. As of November 2024, all transactions must also be registered in the Union Database for Biofuels (UDB).
Gross margins for UCO collection average 30-50%, with top-quartile operators achieving 55-65%. A 50-restaurant route (60 gallons/month each, at $2.00/gallon) generates approximately $6,000/month in revenue against $2,100/month in collection costs — a 65% gross margin. Key profitability drivers: route density (stops per mile), UCO quality (FFA content under 2%), and proximity to aggregation hubs.
15 Methodology & References
This market intelligence brief synthesizes data from primary regulatory texts, industry annual reports, commodity price benchmarks, and third-party analytical publications. All projections are labeled as estimates and should be interpreted within the stated ranges, not as point forecasts.
Data Sources
- 1 EASA — European Aviation Environmental Report 2025. easa.europa.eu/eco/eaer
- 2 ICAO — CORSIA Default Life Cycle Emissions Values for SAF. icao.int/environmental-protection/CORSIA
- 3 IEA Renewables 2024 — Biofuels Chapter. iea.org/reports/renewables-2024
- 4 EU Regulation 2023/2405 — ReFuelEU Aviation. eur-lex.europa.eu
- 5 EU RED III Directive 2023/2413. eur-lex.europa.eu
- 6 US Internal Revenue Code Section 45Z — Clean Fuel Production Credit. irs.gov
- 7 Neste Corporation — Annual Report 2024. neste.com/investors
- 8 Greenea — Monthly UCO Price Index. greenea.com
- 9 BloombergNEF — SAF Outlook H1 2025. about.bnef.com
- 10 China Ministry of Finance — Announcement on VAT Export Rebate Cancellation (Dec 2024). mof.gov.cn
- 11 European Commission — Union Database for Biofuels (UDB) Launch Communication, Nov 2024. ec.europa.eu
- 12 ISCC System — Certification Requirements for Waste and Residue Feedstocks v4.1. iscc-system.org
- 13 UK Department for Transport — SAF Mandate Consultation Outcome 2024. gov.uk/dft
- 14 Chevron Press Release — Cargill JV Announcement, December 2024. chevron.com
- 15 World Energy — Paramount SAF Facility Expansion Press Release 2024. worldenergy.net
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