Europe Refuse-Derived Fuel Market Key Takeaways

• The Europe Refuse-Derived Fuel Market was valued at USD 4.28 billion in 2025, to 4.79 billion in 2026 and it is projected to reach USD 7.98 billion by 2032.
• The industry is projected to witness steady growth at a CAGR of 8.88% during 2026–2032.
• Cement manufacturing leads as the dominant application at approximately 55% share.
• Fluff or shredded RDF holds approximately 50% fuel type share in 2026.
• Germany leads the Europe refuse-derived fuel market with approximately 16% share in 2026.
• The market is highly fragmented, with the top 5 players collectively holding only 16% share.

Europe Refuse-Derived Fuel Market Size and Outlook

The refuse-derived fuel market in Europe was valued at USD 4.28 billion in 2025, projected to reach USD 7.98 billion by 2032, expanding at a CAGR of 8.88% during 2026–2032.

The market is anchored by one of the world's most regulated and rapidly transitioning waste management ecosystems. According to Eurostat, the EU generated approximately 232.4 million tonnes of municipal solid waste (MSW) in 2024, with landfilling accounting for 49.5 million tonnes, equivalent to 22.5% of treated waste, despite a long-term policy mandate to reduce that share to 10% by 2035. This structural surplus of non-recyclable residual waste, combined with binding landfill diversion targets under the EU Landfill Directive, positions refuse-derived fuel as an essential energy recovery pathway across the continent.

The cement industry is the largest and most structurally committed end-user of waste-derived fuel across Europe. According to Cement Europe, the alternative fuel rate in the EU27 cement industry reached 56% in 2023, with the sector targeting 60% by 2030 under its updated Net Zero Roadmap, meaning demand for solid recovered fuel and RDF through cement kiln co-processing will continue expanding structurally. Germany's cement sector exemplifies this transition: Holcim is expanding RDF capacity at its Langendorf plant, while multiple producers are actively raising their thermal substitution rates to reduce reliance on fossil-derived fuels amid elevated energy costs.

Cross-border RDF trade is further reinforcing regional demand. Geminor UK handled approximately 645,947 tonnes of waste in 2024, exporting 364,581 tonnes to energy-from-waste plants across Sweden, Denmark, Norway, and Finland — with exports to Sweden growing 38% year-on-year. Simultaneously, Andusia and Renewi formalized a contract commencing in 2024 to export 50,000 tonnes per annum of RDF from East London to Scandinavian energy recovery facilities over three years, reinforcing the intra-European supply chain for alternative fuels.

The revised Waste Framework Directive, entered into force on 16 October 2025 with harmonized standards across Member States, strengthens the regulatory floor for waste valorization. As the UK's April 2025 landfill tax increase accelerates residual waste processing toward energy recovery, the commercial and policy conditions supporting sustained market expansion remain firmly aligned.

Europe Refuse-Derived Fuel Market Key Indicators

• EU waste-to-energy treatment rose from 56.8 million tonnes in 2023 to 59.2 million tonnes in 2024, per Eurostat. This expanding throughput signals growing plant-operator demand for consistent, high-calorific refuse-derived fuel to sustain energy output.
• HM Revenue and Customs confirmed the UK standard landfill tax rate rose to USD 137.11 per ton from 1 April 2024, up from USD 137.11per tons the previous year, with further RPI-linked increases mandated annually. Thus, escalating landfill disposal costs drive waste operators to redirect residual streams toward refuse-derived fuel production as an economically viable alternative.
• Eurostat data confirms that municipal waste generation across the EU reached 517 kg per person in 2024, with Belgium generating 699 kg per capita and Poland 387 kg per capita, highlighting wide variation in waste volumes available for recovery. Disparities in per-capita generation directly determine the scale of non-recyclable residual waste available for conversion into refuse-derived fuel across different national markets.

Europe Refuse-Derived Fuel Market Scope

Category	Segments
By Fuel Form	Pellet RDF, Fluff / Shredded RDF, Briquette RDF, Powder RDF
By Calorific Value	High Calorific Value, Medium Calorific Value, Low Calorific Value RDF
By Feedstock Source	Municipal Solid Waste (MSW), Industrial Waste, Commercial Waste
By Application	Cement Manufacturing, Power Generation, Industrial Boilers, District Heating, Steel & Metals, Chemical Industry, Others

Europe Refuse-Derived Fuel Market Growth Drivers

Rising Energy Costs and Energy Security Concerns Driving RDF Adoption Across Europe

Europe's dependence on imported fossil fuels creates a structural vulnerability that strengthens the case for domestically produced waste-derived fuel. According to Eurostat, the EU's energy import dependency rate stood at 57% in 2024, with petroleum products accounting for 67% of energy imports and natural gas a further 24%, per the European Commission. This concentrated exposure to global price volatility, sharpened by the ongoing phase-out of Russian fossil fuel imports under Repower EU, compels industrial operators to diversify toward locally available alternatives. RDF, produced from non-recyclable waste within national borders, offers a domestically secured energy source insulated from import price shocks.

Cement plants, combined heat and power facilities, and waste-to-energy plants are increasing thermal substitution rates in response. The Repower EU roadmap, published in May 2025, targets replacement of up to 100 billion cubic metres of natural gas by 2030, reinforcing industrial incentives to shift away from fossil fuel dependency. Refuse-derived fuel simultaneously addresses cost competitiveness, supply security, and circular economy compliance, making it a strategically compelling alternative fuel as Europe accelerates its structural transition away from imported fossil fuels and toward energy recovery from waste.

Recent Trends

Emergence of RDF-to-Green Fuels Projects Expanding the Value of Waste-Derived Fuel

Across Europe, a sustained shift is underway as waste processors move beyond traditional RDF combustion toward converting residual waste streams into higher-value sustainable fuel solutions: biomethane, tire-derived oil, and sustainable aviation fuel, transforming refuse-derived fuel from a disposal solution into a strategic feedstock for low-carbon fuel alternatives. In 2025, PreZero inaugurated Spain's largest solid recovered fuel plant in Barcelona's Zona Franca, supported by a USD 48.3 million combined investment, with a co-located Bioenergy Factory biomethane facility designed to inject 25 GWh of renewable energy from waste annually directly into the natural gas grid.

In March 2025, Wastefront commenced construction of the UK's first large-scale tire-to-fuel facility at the Port of Sunderland, a USD 134 million plant backed by International Airlines Group that will process 10 million end-of-life tires annually, producing tire-derived oil for refining into sustainable aviation fuel, with first commercial output targeted for 2026. As EU climate targets tighten and demand for net-zero industrial fuels intensifies, waste valorization will increasingly extend beyond energy recovery into advanced renewable energy from waste production.

Europe Refuse-Derived Fuel Market Opportunities and Challenges

RDF Quality Variability from Inadequate Waste Segregation Leading to Investment in Advanced Waste Treatment Infrastructure

Inconsistent feedstock quality is the most structurally significant constraint on Europe's refuse-derived fuel market. RDF derived from mixed municipal solid waste varies in moisture between 15–30% and in calorific value between 10–20 MJ/kg, a range too wide for cement kilns and combined heat and power plants requiring stable specifications for emissions compliance requirements. This variability stems from inadequate waste segregation infrastructure across Eastern and Southern Europe, where separate collection systems remain underdeveloped and mechanical biological treatment covers only a fraction of residual waste streams.

Industrial operators cannot reliably substitute fossil fuels with non-recyclable waste fuel when consistency cannot be guaranteed, limiting adoption in the geographies generating the highest landfillable waste volumes.

The same deficit creates a commercially significant opportunity. The EU Recovery and Resilience Facility, with a disbursement deadline of 31 December 2026, is channeling waste management modernization investment into laggard Member States. Romania's revised recovery plan carries approximately USD 23.3 billion, with waste infrastructure explicitly among its mandated investment priorities.

As segregation capacity and MBT infrastructure grow across Central and Eastern Europe, a new generation of domestic refuse-derived fuel producers will emerge, converting landfilled residual waste into consistent, specification-grade alternative fuels for European industrial sustainability initiatives.

Segmentation Insights

Cement Manufacturing Leads as the Dominant Application in the Europe RDF Industry

Cement manufacturing accounts for approximately 55% of total RDF consumption across Europe, driven by the structural compatibility between high-temperature kiln combustion and the calorific properties of waste-derived fuel, making cement kiln co-processing the most technically and economically viable route for non-recyclable residual waste. Cement kilns operating at 1,400–1,450°C fully destroy organic contaminants while incorporating inorganic ash into clinker, eliminating separate residue disposal and reducing fossil fuel consumption simultaneously.

Holcim's Geocycle business recycled 12.6 million tonnes of materials in 2025, converting non-recyclable waste into alternative fuels across European cement operations, with Holcim's thermal substitution rate reaching 39% in 2025 and targeting 50% by 2030.

In 2026, Holcim Polska completed a 100% alternative fuel clinker trial at its Malogoszcz plant in cooperation with Geocycle — the first such test in Poland — demonstrating that cement kilns can fully eliminate fossil fuels using refuse-derived fuels.

As EU ETS benchmarks tighten, cement manufacturers will continue expanding co-processing capacity, reinforcing this segment's position as Europe's largest and most structurally committed alternative fuel demand center. By application type the market is further segmented into the following sub-categories:

• Cement Manufacturing
• Power Generation
• Industrial Boilers
• District Heating
• Steel & Metals
• Chemical Industry
• Others

Fluff RDF Dominates the European RDF Market Owing to Its Cost Efficiency and Widespread Industrial Adoption

Fluff or shredded RDF accounts for approximately 50% of total fuel type consumption across Europe, driven by its lower production cost relative to pelletized or briquetted formats and direct compatibility with the feeding systems of cement kilns, industrial boilers, and waste-to-energy plants. Production requires only shredding, screening, and magnetic separation without the capital and energy costs of drying and densification making it the preferred format for high-volume waste processors seeking commercially viable throughput. According to a 2025 study in Environmental Science and Pollution Research, shredded RDF delivers a net calorific value of approximately 15–17 MJ/kg under optimized conditions sufficient for direct co-firing without further upgrading.

STADLER Anlagenbau GmbH which has designed and commissioned dedicated shredded RDF sorting plants for European cement manufacturers for nearly 20 years uses pre-shredding, ballistic separation, NIR technology, and re-shredding to produce homogeneous fluff RDF tailored directly to cement kiln feeding systems, with the current configuration delivering flexibility across different manufacturer specifications. As industrial offtake specifications tighten, fluff RDF will transition toward pre-sorted, pre-dried variants sustaining volume dominance while improving calorific value consistency across Europe's expanding co-processing and energy recovery infrastructure. By fuel form type the market is further segmented into the following sub-categories:

• Pellet RDF
• Fluff / Shredded RDF
• Briquette RDF
• Powder RDF

Europe Refuse-Derived Fuel Market Geographical Analysis

Germany accounts for 16 % of the Europe refuse-derived fuel market, a dominance rooted in its position as the continent's most advanced and regulated waste-to-energy ecosystem. The structural foundation of Germany's RDF demand is its cement industry, which operates one of the highest alternative fuel rate (AFR) levels globally. According to the Verein Deutscher Zementwerke (VDZ), alternative fuels accounted for approximately 74% of thermal energy consumption in German cement production, with waste-derived fuels including RDF and SRF comprising the majority of that share alongside biomass. This entrenched cement kiln fuel substitution infrastructure creates a high-volume domestic demand base that no other European country replicates at comparable scale.

Germany's energy-from-waste sector further reinforces RDF demand. EEW Energy from Waste, Germany's leading waste-to-energy operator, processed approximately 5.18 million tonnes of waste across 17 plants in Germany and neighbouring countries in 2025, a 2% year-on-year increase. In November 2025, EEW commissioned Germany's first waste-to-energy facility with battery storage technology at its Premnitz plant, a 15 MWh system enabling grid-flexible energy supply, positioning Germany's waste-derived fuel infrastructure at the forefront of Europe's energy recovery from waste network and reinforcing sustained demand for high-calorific refuse fuel production across the country.

Europe Refuse-Derived Fuel Market Competitive Landscape

The Europe Refuse-Derived Fuel (RDF) market exhibits a fragmented market structure, characterized by the presence of numerous regional waste management companies, RDF producers, waste-to-energy operators, and cement manufacturers across different European countries. The leading participants in the market include Veolia Environnement S.A., SUEZ S.A., Renewi plc, Holcim Ltd, and Heidelberg Materials AG. Collectively, the top five players account for approximately 16% of the total Europe RDF market, indicating a relatively low market concentration and highlighting the fragmented nature of the industry.

Major players in the Europe Refuse-Derived Fuel Market

• Veolia Environnement S.A.
• SUEZ S.A.
• Renewi plc
• Biffa Limited
• FCC Medio Ambiente, S.A.U.
• PreZero International GmbH
• Geminor AS
• Andusia Recovered Fuels Ltd
• N+P Group B.V.
• Holcim Ltd
• Heidelberg Materials AG
• Fortum Oyj

Europe Refuse-Derived Fuel Market News and Recent Developments

2025: Repsol Approves USD 920 Million Ecoplanta Investment to Build Europe's First Waste-to Methanol Plant in Tarragona, Spain

Repsol's Board of Directors approved the Final Investment Decision for Eco planta in January 2025, committing more than USD 920 Million to construct Europe's first commercial-scale facility producing renewable methanol and circular products from municipal solid waste through gasification technology developed by Canadian partner Enerkem. Located at Repsol's existing industrial complex in El Morell, near Tarragona (Catalonia), the plant will process up to 400,000 tonnes of municipal solid waste per year, converting it into 240,000 tonnes of renewable methanol and circular products annually. The project has secured USD 121.9 Million in EU Innovation Fund grant support and will create 2,800 construction-phase jobs and 340 permanent operational roles, with commissioning targeted for 2029.

Impact Analysis: The Eco planta investment structurally expands the addressable demand for Europe's waste-derived fuel feedstocks non-recyclable municipal solid waste previously directed toward incineration or landfill now constitutes a commercial input for advanced renewable fuel production. By monetizing residual waste as green methanol for transport decarbonization, Repsol establishes a new high-value demand segment competing with traditional WtE combustion for the same feedstock, raising the commercial value of residual waste streams and intensifying competition across European RDF supply chains.

2025: Macquarie Asset Management and BCI Complete USD 954.5 Million Acquisition of Renewi to Accelerate Circular Economy Expansion Across Benelux

On 6 June 2025, a consortium comprising Macquarie Asset Management via its European Infrastructure Fund 7 and British Columbia Investment Management Corporation (BCI) completed the acquisition of Renewi a leading European waste-to-product company for approximately USD 957 million. Renewi operates around 150 facilities primarily across the Netherlands and Belgium, processing more than 10 million tonnes of waste and wastewater annually. The acquisition de-listed Renewi from the London Stock Exchange and Euronext Amsterdam, re-registering it as a private company. The investors committed to the "One Renewi" transformation programme aimed at enhancing logistics and processing capabilities, and accelerating Renewi's growth across the Netherlands, Belgium, France, and Portugal.

Impact Analysis: The privatisation of Renewi under long-term institutional infrastructure capital removes short-term financial market pressures and provides stable, multi-year capital for expanding Benelux waste processing and alternative fuel supply infrastructure. Competitors without equivalent institutional backing will face increasing difficulty matching Renewi's investment in logistics and processing capacity — widening the competitive gap in the Benelux refuse-derived fuel supply chain and strengthening distribution reach across one of Europe's most advanced circular economy regions.

2025: Lindner Recycling tech Launches Urraco Evo Mobile Twin-Shaft Shredder Series to Advance High-Efficiency RDF Pre-Processing Across Europe

Austria-based Lindner Recycling tech launched its Urraco Evo mobile twin-shaft shredder series in October 2025, engineered for mixed waste streams including municipal solid waste, commercial and industrial waste, and plastics, directly applicable to RDF pre-shredding. The series incorporates a fast-exchange shaft function enabling rapid material switching without downtime. Lindner also introduced the Micro mat Series IV with a synchronous reluctance motor delivering over 97% energy efficiency at IE6 class, without rare earth metals, and a multicut rotor producing output particle sizes of 30–120 mm, meeting European cement kiln feeding specifications.

Impact analysis: Lindner's Urraco Evo and Micro mat Series IV launches lower the per-tonne energy cost of refuse-derived fuel pre-processing across Europe. The IE6 motor efficiency and fast-exchange shaft system reduce operational expenditure for waste processors producing shredded RDF at scale, while the 30–120 mm configurable output range enables mid-scale operators to achieve cement-kiln-grade quality widening the supplier base across Europe's alternative fuel and RDF processing technology market.