Bio-LNG Market is projected grow to USD 6.1 Billion in 2035

Bio-LNG Market projected to grow at a highest CAGR of 17.8% during the forecast period of 2025 to 2035

MarketGenics a leading name in renewable energy announced a series of milestones in rapidly expanding Bio-LNG Market globally.

The market Insights shows cutting-edge innovation, sustainability, and effectiveness vs efficiency.

Recent Investment - EnviTec Biogas AG Implementing the largest investment program including converting several plants into gas upgrading + CO2 liquefaction, expansion of production capacity

Partnership - Shell Western LNG entered a multi‐year supply agreement with Hapag‐Lloyd for renewable biomethane / Bio‐LNG.

Green Energy Initiative - Gasum will supply Hapag‐Lloyd waste‐based bio‐LNG over two years (2025‐26) to help reduce greenhouse gas emissions in maritime transport

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Bio-LNG Market Forecast 2035:

According to the report, the global Bio-LNG Market is likely to grow from USD 1.0 Billion in 2025 to USD 6.1 Billion in 2035 at a highest CAGR of 17.8% during the time period. Governments worldwide are implementing stringent environmental regulations, encouraging the adoption of low-emission fuels like Bio-LNG in transportation and industry.

As an example, in May 2025, Gasum Oy opened the largest biogas-to-Bio-LNG plant in Gt6019 skaka, Sweden, which treats 400,000 tonnes of organic waste per year to create renewable bio-LNG to fuel heavy transport vehicles and ships. This growth enhances the capacity of Gasum to operate in Nordic renewable sector.

Moreover, the development of liquefaction technologies and infrastructure, including utilization of liquefacted natural gas, is increasing the efficiency and accessibility of Bio-LNG.

In August 2025, Shell Energy opened its first Bio-LNG plant in Germany at its refinery in Cologne-Godorf with 100,000 tonnes per year of production supplying fuel with a low CO 2 emissions content to the equivalent of 4,000 to 5,000 low-CO 2 LNG trucks a day.

These advancements are an indicator of the increasing traction of Bio-LNG usage in different industries.

Key Driver, Restraint, and Growth Opportunity Shaping the Global Bio-LNG Market

The increasing integrations of corporate sustainability programs entail the fast pace of transitioning to Bio-LNG as businesses target carbon-neutral logistics and industrial processes. Indicatively, Maersk has resolved to use Bio-LNG in decarbonization of its shipping fleet, which would continue the sustained demand in renewable liquefied gas.

These corporate contracts allow having predictable income flows and motivate additional investment in production.

Bio-LNG production requires a steady supply (availability) of organic waste such as agricultural residues, as well as municipal waste. The overall production can be scalable only to the extent there is regional availability of the feedstock, which may also command higher costs of raw materials.

As an example, smaller European cities compete between Bio-LNG production and energy production using acquired feedstock, which could hamper the geographical extension of the market.

Bio-LNG can be used together with renewable electricity in the form of energy storage because excess biogas can be converted to LNG and stored. The combination of Bio-LNG storage and wind or solar renewable energy projects in France is experimented by ENGIE, and provides prospects of providing energy supply balance, stabilization of power systems, and of diversified revenues to the producers.

" Impact of Tariff Rates on Global Bio-LNG Trade and Market Dynamics"

Tariff rates have a major impact on the international Bio-LNG market as it affects cost competitiveness of imported Liquefied Biogas among regions. Increasing import tariffs may act as a deterrent to cross-border trade, thereby reducing the potential market in countries that import Bio-LNG, and conversely, the lower the tariffs, the more likely we are to see broad market adoption and which will also encourage investment in infrastructure.

As an example, in 2024, the European Union created lower import tariffs on renewable gases, including Bio-LNG, in Nordic countries, like Sweden and Denmark, and this allows companies like Gasum Oy to increase exports to central Europe.

On the other hand, countries with large tariffs have lower adoption rates because of high fuel prices, which will lead to the incentivization to produce domestically but limit the economies of scale.

Tariff policies also affect strategic partnerships and long-term contracts between producers and industrial or transportation end-users, in terms of impacting their investment decisions in liquefaction plants and networks of distribution.

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Expansion of Global Bio-LNG Market

"Transport and Logistics Leading Bio-LNG Adoption Worldwide"

The transport and logistics industry offer the greatest potential in terms of Bio-LNG demand as heavy-duty trucks, vessels, and long-haul platforms are increasingly turning toward green low-carbon fuels. In May 2024, Shell plc continued to leverage its Bio-LNG network in Germany to enable freight companies that operate across the country in transitioning freight logistics to renewable fuel.

As emission reductions targets are increasingly strict and fleet electrification presents an ever-increasing challenge, Bio-LNG is an appealing option to logistics operators due to its cost-competitiveness and ability to work with the established LNG infrastructure.

Italian companies, such as LC3 Trasporti S.p.A. are just one example of companies actively moving towards Bio-LNG-powered fleets to achieve sustainability targets.

Regional Analysis of Global Bio-LNG Market

Europe is the largest consumer of Bio-LNG because of its stringent environmental policies, well-developed renewable energy, and subsidies. ENGIE SA opened a Bio-LNG bunkering station at the Port of Rotterdam in March 2025; the facility would supply liquefied biogas to commercial ships. Heavy distribution channels and state incentive allow an array of distribution to transport and industrial sectors.

In Asia Pacific, the Bio-LNG market is booming with nations diversifying their industry and using low-carbon fuels in heavy-duty transport. Recently, Bio-LNG gasum Oy partnered with regional logistics companies in Japan due to increased utilization in crowded centers of Industry.

In North America, growing Bio-LNG is being fueled by stringent emission standards, state-level incentives, and the availability of improved liquefaction technologies.

In California, Clean Energy Fuels Corp. has extended its Bio-LNG refueling stations and fleets are making a smooth transitioning to renewable LNG instead of diesel.

Prominent players operating in the global Bio-LNG market are Air Liquide S.A., Biokraft AS (part of Scandinavian Biogas), Bright Renewables B.V., Clean Energy Fuels Corp., Cryo Pur, ENGIE SA, EnviTec Biogas AG, Everfuel A/S, Gasum Oy, LC3 Trasporti S.p.A., Linde plc, Nature Energy Biogas A/S, Nordsol BV, Repsol S.A., Shell plc, Snam S.p.A., TotalEnergies Corbion, TotalEnergies SE, VERBIO Vereinigte BioEnergie AG, Waga Energy, and Other Key Players.

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This release was published on openPR.