Refuse-Derived Fuel (RDF) Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Refuse-Derived Fuel (RDF) Market Trends and Insights

Landfill Diversion and Circular-Economy Mandates

Landfill diversion requirements continue to support the refuse-derived fuel market by redirecting non-recyclable material toward recovery. The EU target limits landfill disposal to 10% by 2035, and 9 Member States have reached that level. Romania and Croatia reported landfill rates of 73% and 71%, respectively, in 2021, leaving substantial material that could enter processing systems as capacity develops.^{[1]RDF Industry Group, “The Role of Waste Derived Fuel in the EU’s Energy and Resources Transition,” RDF Industry Group, rdfindustrygroup.org} The European Commission identified a Circular Economy Act as part of its circular economy policy agenda in 2026. A future restriction on landfilling combustible municipal and commercial waste would expand available feedstock where disposal remains common and require local sorting, pre-treatment, and stable contracts before new volumes can become usable fuel. The refuse-derived fuel market depends on this local capacity to turn diverted material into an acceptable fuel stream.

Cement and Industrial Fossil-Fuel Substitution

Cement manufacturing provides the most stable demand base for the refuse-derived fuel market because kiln heat is difficult to replace through direct electrification. European cement plants substituted 53% of kiln fuel with waste-derived alternatives, compared with a global average of 6%.^{[2]Global Cement and Concrete Association, “Cement Breakthrough: Policies to Enable the Use of Waste as Alternative Fuel in Cement Production,” Global Cement and Concrete Association, gccassociation.org} JSW Cement co-processed 157,000 tonnes of RDF in FY2024-25 and achieved a 16.5% thermal substitution rate across 2 facilities. The company reported avoided emissions of 120,000 tonnes of CO2, which connects fuel substitution with decarbonization reporting. A 2025 review found that 20% RDF thermal substitution could reduce the global warming potential of cement production by 3.3% to 4.2%, with a higher result when avoided landfill methane was included. Indocement’s 2026 agreement with Paser Regency shows that Asian cement producers are shifting toward formal local supply arrangements instead of relying only on spot procurement.

Rising Residual Waste Volumes and Waste-to-Energy Demand

Rising residual waste volumes support feedstock availability for the refuse-derived fuel market, especially where source separation remains limited. Global municipal solid waste generation exceeds 2.3 billion tonnes annually and is projected to increase 70% by 2050.^{[3]International Waste Working Group, “A Review on Bridging the Energy-Waste Nexus: The Role of Refuse-Derived Fuel in Sustainable Energy Transitions in India,” Waste Management & Research, sage.cnpereading.com} India generates more than 150,000 tonnes of municipal solid waste each day, while less than 25% is converted to RDF fuel. Commercial and industrial waste is gaining value because it generally has less moisture and a more consistent composition than mixed municipal waste. Extended producer responsibility rules can also increase the quantity of non-recyclable packaging and production residues that require treatment, favoring processors that can separate material at source and document its energy characteristics. It also strengthens the role of consistent input material in the refuse-derived fuel market.

Carbon Pricing and Embedded-Carbon Accounting

Carbon pricing is changing the economics of residual waste treatment in the refuse-derived fuel market. The European Commission proposed including municipal waste incineration in the EU Emissions Trading System from 2031, with 25% coverage in 2031 and full coverage in 2034. Modeling commissioned by Zero Waste Europe estimated that an EU ETS price of EUR 108 per tonne of CO2 in 2030 could raise waste gate tariffs by EUR 74 to EUR 132 per tonne. Higher costs for unsorted incineration can favor the removal of fossil carbon before combustion and increase demand for quality-controlled fuel. The EU Carbon Border Adjustment Mechanism is operating in phases through 2026 and increases attention to embedded emissions in imported cement. Digital measurement of renewable carbon content and batch quality can make fuel specifications more useful in long-term supplier negotiations, raising the importance of documented quality across the refuse-derived fuel market.

Feedstock Quality and Moisture Variability

Feedstock inconsistency limits wider adoption in the refuse-derived fuel market because cement kilns require predictable combustion characteristics. Unprocessed mixed waste can contain more than 35% moisture, which can reduce net calorific value from a target of 18 MJ/kg to below 11 MJ/kg. European industrial emissions rules impose chlorine and moisture limits that can lead to rejection of poor-quality RDF loads. High organic content in developing Asian waste streams can raise moisture above 40% and increase the drying requirement. India’s co-processing guidelines set quality thresholds that small facilities may struggle to meet. Advanced drying and real-time monitoring add USD 8 to USD 15 per tonne to processing costs. 

High Logistics Cost and Limited Economical Haul Distance

Transport costs constrain the refuse-derived fuel market because fuel value can be lost when material moves too far by road. A 2025 life cycle assessment found that centralized systems had 31% to 33% higher logistics costs than decentralized alternatives. The study reported logistics costs near EUR 33 per tonne for centralized arrangements and EUR 23 per tonne for decentralized ones. It also placed the road-to-rail break-even distance near 700 km, with lower practical distances for low-density fluff RDF. Processing plants must therefore be located near suitable waste sources and cement kilns or energy users, making location discipline essential to the economics of the refuse-derived fuel market. SUEZ used barge logistics in France in 2025 to replace many truck movements with 2 to 3 daily barge movements carrying 12-tonne containers.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Feedstock Source: C&I Waste Gains Ground on MSW Dominance

Municipal solid waste accounted for 58.4% of the refuse-derived fuel market value in 2025, supported by municipal diversion requirements and established mechanical-biological treatment assets. Its supply scale reflects years of investment in collection and processing systems. However, organic contamination and seasonal moisture can restrict calorific output and chlorine control. These constraints limit the share of municipal material that can meet premium solid recovered fuel specifications. Commercial and industrial waste is forecast to grow at a 6.3% CAGR through 2031, the highest rate among feedstock sources.

Its lower moisture and more consistent composition, together with source separation under extended producer responsibility frameworks, can support a closer match with engineered fuel requirements in the refuse-derived fuel market. The SoliD-Q project began in 2026 to develop digital recycling data for precise recyclate quality.^{[4]PolyForm NEXT, “SoliD-Q at the SKZ: Industry Project Networks Recycling Data for Precise Recyclate Quality,” PolyForm NEXT, polyformnext.de} Construction and demolition waste remains a smaller opportunity in infrastructure-intensive markets, though gypsum and treated timber can restrict kiln use. Agricultural waste is being tested in South Asia and South America through co-pelletized blends. Pellet production costs range from USD 35 to USD 50 per tonne, while the cited fuel savings versus coal can reach USD 70 per tonne and quality standards can support longer-term offtake agreements. 

By Fuel Type: Solid RDF’s Physical Advantages Sustain Scale and Growth

Solid RDF held 90.8% of the refuse-derived fuel market share in 2025 and is projected to grow at a 5.9% CAGR through 2031. Baled and pelletized solid fuel fits existing transport systems and cement kiln feeding equipment. European lines can deliver calorific accuracy within ±1 MJ/kg through inline sensing. Advanced pelletization can raise energy density from 11 MJ/kg in raw mixed waste to more than 18 MJ/kg. This reduces the performance difference with bituminous coal.

Solid RDF, therefore, remains the format most readily used in contractual fuel specifications in the refuse-derived fuel market. TOMRA launched the GAINnext AI platform in 2026, providing tools that can help processors manage quality variation and document fuel performance. Liquid RDF serves specialized kilns using solvent-bearing and oil-bearing industrial residues, while gaseous RDF from anaerobic digestion or gasification is the smallest format. Renewi produced 19 million cubic meters of biogas at its Amsterdam site in 2025, including 11 million cubic meters upgraded to green gas for the Dutch grid. The Netherlands’ green gas blending obligation, taking effect in 2027, directs part of this value chain toward grid injection.

By End User: Cement Manufacturing Leads All Metrics, Industrial Channels Diversify

Cement manufacturing held 43.5% of the refuse-derived fuel market size in 2025 and is forecast to expand at a 6.9% CAGR through 2031. Its position reflects the continuing need for high-temperature kiln fuel. Many Asian producers remain below 20% thermal substitution, compared with Europe’s 53% rate. This gap leaves room for higher use where local collection, sorting, and permitting improve. The Cement and Concrete Breakthrough for COP30 includes waste-derived fuel actions focused on permitting and fuel-quality harmonization. These measures can improve access to the refuse-derived fuel market for qualified local suppliers. 

Power generation is the second-largest end-user channel, led by dedicated waste-to-energy plants and co-fired coal facilities. Combined heat and power plants are important in Scandinavia, Germany, and Poland because district heating can provide revenue beyond electricity sales. Industrial boilers and lime plants are developing outlets in Central and Eastern Europe where industrial waste and mineral-processing facilities are close together. Proposed EU ETS inclusion can increase pressure on energy-from-waste plants to purchase better-sorted fuel, supporting processors with documented quality. Paper and pulp mills in Nordic markets and North America also use waste-derived solids alongside wood chips in large on-site biomass boilers.

Geography Analysis

Europe held 46.7% in 2025, supported by landfill diversion rules, energy recovery assets, and carbon pricing in the refuse-derived fuel market. Germany, the Netherlands, Italy, the United Kingdom, and France remained central production and consumption centers. Poland, Romania, and Croatia are adding capacity through mechanical-biological treatment investment. Sweden’s imports from the United Kingdom and Norway show how installed energy-from-waste capacity can sustain cross-border fuel trade. The EU Landfill Directive and Waste Framework Directive continue to shape regional demand, while the Circular Economy Act adds policy direction in 2026. 

Asia-Pacific is expected to grow at a 6.1% CAGR through 2031, making it the fastest-growing regional component of the refuse-derived fuel market. Urban waste growth, limited landfill space, and cement producers’ efforts to reduce coal use support this outlook. India’s daily municipal waste volume exceeds 150,000 tonnes, with less than 25% converted to RDF fuel. China’s industrial growth increases demand for consistent alternative fuels, while Japan’s waste-separation infrastructure supports higher use of solid recovered fuel. Indonesia’s 2026 Indocement and Paser Regency agreement provides an example of government-supported kiln co-processing. 

North America has a moderate position because landfill disposal remains relatively affordable across many U.S. states and Canadian provinces. The U.S. Environmental Protection Agency finalized updated large municipal waste combustor standards in March 2026, covering more than 150 units at 57 facilities. South America remains at an early stage, with RDF use below 5% of residual waste volumes in Brazil, Chile, and Argentina. Logistics and limited cement co-processing capacity constrain development there. Middle East and African activity is most visible in Saudi Arabia, the United Arab Emirates, Egypt, and Morocco, while high-moisture waste can delay larger RDF projects in Sub-Saharan Africa. These conditions keep project economics uneven across the refuse-derived fuel market.