The Europe biomethane market was valued at USD 6.5 billion in 2025. This market is expected to reach USD 30 billion by 2036, growing from USD 7.5 billion in 2026, at a CAGR of 14.9% from 2026 to 2036.

Key Highlights – Europe Biomethane Market

• The Europe biomethane market is expected to reach USD 30 billion by 2036, at a CAGR of 14.9% from 2026 to 2036.
• Germany is the largest country market, accounting for around 29% of EU production, followed by France, Italy, Denmark, and the Netherlands.
• Grid injection is the largest application, as biomethane is upgraded to natural-gas quality and injected into existing gas networks.
• Agricultural residues, energy crops, and manure are the largest feedstocks, alongside organic waste, sewage sludge, and landfill gas.
• The EU's REPowerEU strategy set a target of 35 billion cubic metres (bcm) of biomethane per year by 2030, up from about 5 bcm in 2023.
• Reaching the target requires an estimated EUR 37 billion of investment and the construction of around 5,000 new plants.
• European biomethane production capacity reached about 7 bcm per year by early 2025, but a gap of roughly 20 bcmremains to the 2030 target.
• Germany, France, Italy, Denmark, and the Netherlands together account for about 93% of EU production.
• Permitting, feedstock availability, grid connection, and the price premium are the primary constraints on the market.

Europe Biomethane Market: REPowerEU Targets, Energy Security, and Grid Injection Drive Market Growth

The Europe biomethane market comprises the production and sale of biomethane, a renewable gas produced by upgrading biogas from the anaerobic digestion of organic materials to natural-gas quality, together with the upgrading equipment, plants, and services that enable it. It spans biomethane produced from agricultural residues, energy crops, manure, organic and food waste, sewage sludge, and landfill gas, used for grid injection, transport fuel, industry, and power. The market has become a central pillar of Europe's energy-security and decarbonization strategy, particularly since 2022, when the EU set an ambitious target for biomethane under its REPowerEU strategy to reduce dependence on imported gas. According to the European Commission, the EU aims to produce 35 billion cubic metres (bcm) of biomethane per year by 2030, up from about 5 bcm in 2023, requiring an estimated EUR 37 billion of investment and around 5,000 new plants. As a renewable gas that drops directly into existing gas infrastructure, biomethane is uniquely deployable, and the market is positioned for strong growth, driven by policy, energy security, and decarbonization.

REPowerEU's 35 bcm Target Anchors the Market

The EU's REPowerEU biomethane target is the central driver of the market. In response to the energy crisis and the imperative to reduce dependence on imported Russian gas, the EU set, under its REPowerEU strategy, a target to produce 35 billion cubic metres of biomethane per year by 2030, a roughly sevenfold increase from about 5 bcm in 2023. Achieving this target is estimated to require EUR 37 billion of investment and the construction of around 5,000 new biomethane plants, and the European Commission and industry have launched the Biomethane Industrial Partnership to support it. This ambitious, policy-backed target has transformed biomethane from a niche sector into a strategic priority, unleashing investment and driving the growth of the market. The target, and the policy support behind it, is the single most important driver of the market and the framework within which it is developing.

Energy Security and Decarbonization Drive Demand

Energy security and decarbonization are powerful drivers of demand for biomethane. The 2022 energy crisis and the sharp reduction in Russian gas supply made reducing dependence on imported gas an urgent priority, and biomethane, as a domestically produced renewable gas, directly addresses this need. At the same time, biomethane decarbonizes the gas, heating, and transport sectors, contributing to the EU's climate targets under the Renewable Energy Directive and other policies. Crucially, biomethane is a drop-in renewable gas that can use existing gas grids, storage, boilers, and vehicles, requiring none of the new infrastructure that hydrogen or electrification demand, making it uniquely and immediately deployable. This combination of energy security and decarbonization, delivered through existing infrastructure, is a fundamental driver of demand and underpins the strong policy and market support for biomethane.

Strong but Insufficient Production Growth

Production is growing strongly, but current growth remains insufficient to meet the 2030 target, a defining tension in the market. European biomethane production reached about 4.9 bcm in 2023, and installed production capacity rose to about 7 bcm per year by early 2025, a 9% increase, with the number of plants growing to around 2,000. However, a significant gap of roughly 20 bcmremains between current committed volumes and the 35 bcm target, and industry bodies have warned that stronger and more consistent policy support is needed to sustain the momentum and close the gap. This tension, between strong growth and an ambitious target that current trajectories fall short of, is central to the market, and the extent to which policy, investment, and project delivery accelerate will determine how close the market comes to its 2030 ambition and shape its growth.

Grid Injection and Country Leadership Shape the Market

Grid injection and the leadership of a small number of countries shape the structure of the market. The majority of European biomethane is upgraded to natural-gas quality and injected into gas grids, providing a renewable substitute for natural gas across heating, power, and industry, and grid injection is the dominant application. Production is concentrated in a few countries: Germany accounts for around 29% of EU production, with over 400 grid-injecting plants, and Germany, France, Italy, Denmark, and the Netherlands together account for about 93% of EU production. France has developed rapidly, with over 500 grid injection points, and Denmark stands out for the high share of biomethane in its gas grid, exceeding 30% of national gas consumption. This concentration of production, and the central role of grid injection, define the geography and structure of the market and the paths to its growth.

Feedstock, Sustainability, and Waste-to-Energy Underpin the Market

Feedstock availability, sustainability, and the waste-to-energy nature of biomethane underpin the market. Biomethane is produced from a range of organic feedstocks, including agricultural residues, energy crops, manure, organic and food waste, sewage sludge, and landfill gas, and the availability and sustainability of these feedstocks are central to the market's growth. Producing biomethane from waste and manure delivers significant environmental benefits, turning waste into energy and capturing methane, a potent greenhouse gas, that would otherwise be released, while also producing digestate that can be used as fertilizer. Sustainability criteria under EU policy govern which feedstocks and practices qualify. Feedstock availability is both a key enabler and a potential constraint on scaling, and the circular, waste-to-energy character of biomethane is central to its environmental value and its role in the market.

Transport Fuel, Bio-LNG, and Corporate Demand Broaden the Market

The use of biomethane as a transport fuel, the growth of bio-LNG, and corporate demand for green gas are broadening the market. Biomethane can be used as bio-CNG for vehicles and, in liquefied form as bio-LNG, for heavy trucks and shipping, providing a renewable, low-carbon fuel for transport that is difficult to electrify, supported by transport targets under the Renewable Energy Directive. In addition, corporate buyers, including energy companies and industrial users, are increasingly purchasing biomethane and its guarantees of origin to meet decarbonization goals, and major energy companies such as Shell, which acquired the large producer Nature Energy, and TotalEnergies are investing in production and offtake. These growing transport and corporate demand markets, often paying a premium for renewable gas, broaden the market beyond grid injection and support its value and growth.

Segmental Analysis

Market by Feedstock

By feedstock, the market spans agricultural residues and energy crops, manure, organic and food waste, sewage sludge, and landfill gas. Agricultural residues and energy crops, together with manure, are the largest feedstocks, reflecting the agricultural basis of much of Europe's biomethane production, particularly in countries such as Germany and Denmark, and manure offers strong climate benefits by capturing methane. Organic and food waste is a significant and growing feedstock, aligned with circular-economy and waste-management goals, while sewage sludge and landfill gas provide additional sources. The availability and sustainability of feedstocks shape the market, with agricultural and manure-based feedstocks dominant and waste-based feedstocks growing, supported by policy that increasingly favors waste and residue feedstocks over crops.

Market by Upgrading Technology

By upgrading technology, the market includes membrane separation, pressure swing adsorption, water and amine scrubbing, and cryogenic upgrading, which purify biogas to biomethane by removing carbon dioxide and impurities. Membrane separation has become a widely used and growing technology, valued for its efficiency, modularity, and lower complexity, offered by providers such as EnviTec with its membrane systems. Pressure swing adsorption and scrubbing technologies remain widely used and effective, particularly at larger scales, and cryogenic upgrading is used in some applications, including bio-LNG production. The choice of upgrading technology depends on plant scale, feedstock, and end use, and the growth of efficient, modular technologies such as membranes is a notable trend, with upgrading equipment a key part of the market.

Market by Application

By application, biomethane is used for grid injection, transport, and industry and power. Grid injection is by far the largest application, as biomethane is injected into existing gas networks to substitute for natural gas across heating, power, and industry, benefiting from existing infrastructure and broad demand. Transport, including bio-CNG for vehicles and bio-LNG for heavy trucks and shipping, is a significant and growing application, supported by transport decarbonization targets and often commanding a premium. Industrial and power uses provide additional demand. Grid injection dominates the market and is central to its structure, while transport and premium corporate demand are important and growing applications that broaden the market and support its value.

Voice of Customer

Primary interviews conducted for this study consistently emphasized that demand and policy ambition are strong, while permitting, feedstock, and grid connection constrain delivery. Two representative perspectives are summarized below.

"The 35 bcm target sent a powerful signal, and the demand for biomethane is strong, but the reality on the ground is permitting, feedstock contracts, and grid-connection timelines. We can build the plants; the constraint is the pace at which projects can navigate permitting and secure long-term feedstock and offtake." — Development director, biomethane producer

"Biomethane is the most immediately deployable renewable gas we have, because it drops into the existing grid and vehicles, but the price premium over natural gas means it depends on policy support and corporate demand for green gas. The question is whether that support keeps pace with the 2030 ambition." — Renewable gas manager, energy company

Analyst Perspective

Europe's biomethane market is a study in ambition meeting reality. In our view, the 35 billion cubic metre target that the EU set under REPowerEU in 2022 was a genuine turning point: it transformed biomethane from a niche agricultural sideline into a central pillar of the continent's energy-security and decarbonization strategy, and it unleashed a wave of investment. The appeal is obvious: biomethane is a renewable gas that drops straight into existing pipelines, boilers, and vehicles, requiring none of the new infrastructure that hydrogen or electrification demand, and it turns waste and manure into energy while capturing methane that would otherwise warm the planet. But the gap between the target and the trajectory is wide, current committed volumes leave the EU roughly 20 bcm short of 35 by 2030, and the binding constraints are on the ground: permitting, feedstock availability, grid connection, and the price premium that makes biomethane dependent on durable policy support. We expect strong growth as the market scales toward, if not fully reaching, its 2030 ambition, led by Germany, France, and Denmark, and we see the winners as those who can secure feedstock and permitting at scale and serve the premium markets, grid injection, transport, and increasingly corporate green-gas demand, that pay for biomethane's value.

Market by Geography

Germany Biomethane Market

Germany is the largest country market for biomethane in Europe, accounting for around 29% of EU production. Germany has a long-established biogas and biomethane industry, with over 400 plants injecting biomethane into the gas grid, built on a strong base of agricultural feedstocks and supportive policy, and companies such as EnviTec Biogas and Verbio, which produces biomethane from cereal straw, are leading players. The country's large agricultural sector, extensive gas infrastructure, and policy support underpin its leadership, though the sector is evolving as policy shifts from energy crops toward waste and residue feedstocks. Germany's scale and established industry make it the largest and most mature market for biomethane in Europe.

France Biomethane Market

France is a major and the fastest-growing country market, having developed rapidly in recent years. France has built a large and growing biomethane sector focused on grid injection, with over 500 grid injection points, supported by strong policy including feed-in tariffs and grid-access rules, and a base of agricultural and waste feedstocks. French installations tend to be smaller on average than German or Danish plants, reflecting a distributed, agricultural model. The rapid growth of the French market, driven by supportive policy and grid access, makes it one of the largest and the fastest-growing markets in Europe, and France is central to the EU's biomethane ambitions.

Denmark and the Nordics Biomethane Market

Denmark is a leading market, distinguished by the very high share of biomethane in its gas grid, and the Nordics are an important region. Denmark has achieved a share of biomethane in its national gas consumption exceeding 30%, among the highest in the world, through large-scale plants and strong policy, and Danish plants are among the largest in Europe. The Nordic region, including through companies such as Gasum, is an important market for renewable gas, including biomethane and bio-LNG for transport. Denmark's leadership in grid share demonstrates the potential of biomethane to decarbonize gas supply, and the Nordics are an advanced and growing market.

Italy, Netherlands, and Rest of Europe Biomethane Market

Italy, the Netherlands, and the rest of Europe account for a significant share of the market, with Italy and the Netherlands among the top producers. Italy has a large biogas and biomethane sector, supported by policy incentives and a base of agricultural feedstocks, and is expanding biomethane production and grid injection, while the Netherlands has an established sector and ambitious plans. The United Kingdom also has a significant biomethane industry. Together with the leading countries, these markets account for the large majority of European production, and continued growth across them, supported by national and EU policy, is central to the expansion of the European biomethane market.

Competitive Landscape

The Europe biomethane market includes biomethane producers and developers, upgrading technology providers, and energy companies and off-takers, in a growing and consolidating landscape. Competition spans producers that develop and operate biomethane plants, technology companies that provide upgrading and plant equipment, and energy companies that invest in production and purchase biomethane. Participants compete on production scale and cost, feedstock access, technology and efficiency, project development and permitting capability, and offtake and market access. The scaling of the market and the entry of large energy companies are driving consolidation, while a base of specialized producers and technology providers remains central.

A key competitive dynamic is the scaling and consolidation of the market, with large energy companies investing alongside specialized producers and technology providers. Major energy companies including Shell, which acquired Nature Energy, one of Europe's largest producers, TotalEnergies, and Engie are investing in production and offtake, while specialized producers such as Verbio, EnviTec Biogas, Gasum, and Waga Energy, and technology providers such as Wärtsilä, Bright Renewables, Greenlane Renewables, and Hitachi Zosen Inova, develop plants and equipment. Investment, consolidation, and the securing of feedstock, permitting, and offtake are central to competition, and the emphasis on scale, cost, and market access is shaping a market that is growing and consolidating as it scales toward its ambitious targets.

Key Players

The key companies operating in the Europe biomethane market include:

• Nature Energy (Shell)
• Gasum Oy
• Verbio SE
• EnviTec Biogas AG
• TotalEnergies SE
• Engie SA
• Air Liquide
• Waga Energy
• Wärtsilä (Puregas Solutions)
• Bright Renewables
• Greenlane Renewables
• Hitachi Zosen Inova
• Malmberg
• Pentair (Haffmans)
• Sysadvance
• Landwärme GmbH
• CycleØ
• Snam S.p.A.
• Ductor
• Séché Environnement