01 Sustainable Aviation Fuel Is Expanding Biofuel Applications Beyond Road Transport The biofuels market trends show that rising aviation decarbonization efforts are shifting biofuel applications beyond road transport toward sustainable aviation fuel (SAF). This transition is supported by expanding blending targets, with the IEA projecting SAF consumption to rise from 1 billion litres in 2024 to 9 billion litres by 2030. The outcome is broader application of biofuels in aviation and greater demand for suitable low-carbon feedstocks.
02 Compressed Biogas Is Expanding Biofuel Use in Heavy Transport The biofuels market trends show that compressed biogas is shifting renewable fuel use toward heavy-duty vehicles that require efficient gaseous-fuel alternatives. This transition is strengthening infrastructure for bio-CNG, with around 170 compressed biogas plants operational in India in 2025. The outcome is wider use of biofuels in buses, trucks, and other heavy-transport applications.
01 Abundant Agricultural Residues and Waste-based Feedstock Utilization Drive Market Abundant agricultural residues provide biofuel producers with a wider and locally available feedstock base for converting crop waste into renewable fuels. Rice husks, straw, corn residues, and other agricultural by-products can support ethanol, biogas, and advanced biofuel production while creating additional value from farm waste. This availability improves feedstock access and supports expansion of biofuel production capacity.Waste-based feedstock utilization increases the supply of alternative raw materials such as used cooking oil, animal fats, and municipal organic waste for renewable fuel production. These materials support applications such as biodiesel and renewable diesel, reducing reliance on conventional vegetable-oil feedstocks. Greater availability of waste-derived inputs helps producers expand output and creates additional supply opportunities for the biofuels market.
01 Higher Production Costs and Policy Uncertainty Restrain Market Growth Higher production costs can limit the competitiveness of biofuels against conventional fossil fuels, particularly when feedstock, processing, and distribution expenses remain elevated. The cost gap can reduce the economic attractiveness of biofuel projects for producers and end users, especially in markets with limited financial incentives. This constraint can slow capacity expansion and broader adoption.Policy uncertainty around blending mandates, tax incentives, carbon-credit systems, and renewable-fuel regulations can make future biofuel demand less predictable. Changing policy frameworks can delay investment decisions because producers face greater uncertainty over project returns and long-term market access. This uncertainty can slow new production capacity and postpone expansion plans.
01 Advanced Biofuel Technologies and By-Product Commercialization Create New Market Opportunities Bio-refinery developers, biotechnology companies, and process-technology providers can benefit from advanced conversion technologies that improve the production of next-generation biofuels. Companies such as Clariant and POET can create revenue through technology licensing, specialized processing systems, and advanced bio-refinery solutions while supporting biofuels market growth.Biofuel producers, chemical manufacturers, and bio-refinery operators can benefit from converting processing co-products into higher-value chemicals, materials, and industrial inputs. Companies such as Neste and UPM can expand integrated biorefinery portfolios through co-product commercialization, creating additional revenue from specialty chemicals, renewable materials, and other value-added products while contributing to biofuels market growth.
01 Competition from Electric Mobility and Feedstock Traceability Challenges Hinder Biofuels Market Growth Competition from electric mobility is reducing the addressable demand for biofuels in segments where battery-electric vehicles are becoming increasingly viable, particularly passenger road transport. As vehicle electrification expands, biofuel producers face greater pressure to focus on applications such as aviation, maritime transport, and heavy-duty mobility where direct electrification remains more difficult. In 2026, the OECD-FAO Agricultural Outlook noted that increasing EV adoption is expected to moderate biofuel demand growth in several high-income markets. Thus, competition from electric mobility becomes a major issue among key players.Feedstock traceability across fragmented supply chains makes it difficult for biofuel producers to verify the origin, sustainability characteristics, and processing history of biomass collected from multiple suppliers. Incomplete documentation can complicate certification and restrict access to markets requiring verified sustainability credentials. In 2025, the IEA emphasized stronger traceability and carbon-accounting systems as important for scaling sustainable biofuels. Thus, fragmented feedstock traceability becomes a major issue among key players.
May 2026 Neste and Chevron Lummus Global entered into a strategic collaboration to accelerate the commercialization and licensing of renewable fuels technologies for sustainable aviation fuel and renewable diesel production.
February 2026 bp completed the expansion of its Castellón refinery in Spain, enabling increased production capacity for sustainable aviation fuel (SAF) and renewable diesel from bio-based feedstocks.
September 2025 Honeywell and Johnson Matthey formed a strategic alliance to commercialize advanced sustainable aviation fuel production technologies using biomass and waste-based feedstocks.
June 2025 Neste expanded production capacity at its Rotterdam refinery to increase output of renewable diesel and sustainable aviation fuel, supporting growing global demand for low-carbon biofuels.