Global Biodiesel Market Size, Share & Forecast 2026-2033

Overview

The global biodiesel market size was valued at USD 49.5 billion in 2025 and is projected to reach USD 81.3 billion by 2033, growing at a CAGR of 7.8% during the forecast period 2026-2033. The increasing global energy demand is a key factor propelling the market, with global energy demand rising 2.2% in 2024 — well above the decade average of 1.3% according to the IEA — driving governments and industries to diversify energy sources and accelerate renewable fuel adoption. North America led the market with 39% revenue share in 2025, with record U.S. biodiesel and renewable diesel consumption of 5 billion gallons in 2025 supported by EPA RFS mandates. Fuel application held more than 45% market share while vegetable oils dominate feedstocks.

Drivers

Stringent Global Emission Regulations and Renewable Fuel Mandates

Stringent global emission regulations and renewable fuel mandates are among the most powerful drivers accelerating biodiesel adoption as governments increasingly enforce decarbonization targets in the transport and industrial sectors. These policies mandate the blending of renewable fuels into conventional fuel supplies — and biodiesel, being compatible with existing diesel engines and infrastructure, has become a practical and scalable solution for meeting these requirements without requiring major system overhauls. In the United States, the EPA's Renewable Fuel Standard (RFS) plays a central role by setting mandatory volume requirements, with 5.61 billion gallons of biomass-based diesel proposed for 2026 — reflecting strong policy commitment to reducing lifecycle greenhouse gas emissions by more than 50% compared to petroleum diesel.

In Europe, the Renewable Energy Directive (RED II) promotes advanced biofuels and increased renewable energy penetration in transport fuels, leading to widespread adoption of biodiesel blending mandates such as B20 and B30 across commercial fleets. According to the European Biodiesel Board, EU biodiesel production rebounded to 16.75 billion liters in 2025, driven by RED II targets, improved trade flows, and growing use of advanced and waste-based feedstocks. In April 2026, Indonesia's Energy Minister announced the B50 biodiesel programme starting July 2026 — a 50% crude palm oil and 50% fossil diesel blend — following successful trials across heavy equipment, maritime transport, rail systems, and logistics vehicles, demonstrating how Asia-Pacific nations are implementing aggressive blending mandates that create massive domestic biodiesel demand.

Advanced biodiesel production through partial hydrogenation is positioning premium-grade biofuels as near-term decarbonization solutions for hard-to-electrify transport segments including logistics, reflecting the increasing technical sophistication of biodiesel product development.

Increasing Global Energy Demand Driving Renewable Fuel Investment

The increasing global energy demand is a key factor propelling the biodiesel market, as countries seek cleaner and more sustainable alternatives to conventional fossil fuels. Rising electricity consumption, industrial expansion, and growing energy needs in emerging economies are intensifying pressure on existing energy systems. According to the IEA, global energy demand rose by 2.2% in 2024 — well above the decade average of 1.3% — driven by industrial growth and expanding electrification. This surge is encouraging governments and industries to diversify energy sources and accelerate the adoption of renewable fuels such as biodiesel, which can be used in transportation, power generation, and industrial applications as a lower-carbon alternative to petroleum-based diesel.

Restraint

Food-Versus-Fuel Debate, Feedstock Sustainability Concerns, and Feedstock Price Volatility

A significant restraint in the global biodiesel market is the ongoing food-versus-fuel debate surrounding the use of edible vegetable oils — including palm, soy, rapeseed, and sunflower oil — as biodiesel feedstocks. Critics argue that diverting food crops to fuel production contributes to food price inflation, land-use change, deforestation in tropical regions (particularly for palm oil expansion), and indirect environmental costs that may offset biodiesel's greenhouse gas reduction benefits relative to petroleum diesel. The EU's revised Renewable Energy Directive (RED II) has already placed caps on high-ILUC (indirect land-use change) risk crops in fuel calculations, creating regulatory pressure that reduces the credit value of first-generation biodiesel in European compliance frameworks.

Feedstock price volatility represents a second key restraint, as biodiesel production costs are significantly influenced by the price of vegetable oil feedstocks that are subject to supply-demand dynamics in global agricultural commodity markets. When soybean oil, palm oil, or rapeseed oil prices spike due to drought, geopolitical disruptions, or competing demand from food and oleochemical sectors, biodiesel production margins compress significantly — making some production facilities economically unviable at certain commodity price levels. Competition from renewable diesel (hydrotreated vegetable oil, HVO) — which offers superior cold-weather performance and higher drop-in compatibility — represents an increasing competitive threat to conventional FAME biodiesel in premium fuel markets.

Market Trends & Opportunities in Biodiesel

Accelerating Decarbonization Efforts Across Transportation and Industrial Sectors

The global transition toward low-carbon energy systems is significantly increasing the adoption of biodiesel as a cleaner alternative to petroleum diesel. Transportation companies, logistics providers, public transit operators, and industrial users are increasingly incorporating biodiesel into their fuel mix to reduce greenhouse gas emissions without replacing existing diesel-powered assets. Biodiesel provides immediate carbon reduction benefits while utilizing existing fueling infrastructure, making it an attractive solution for organizations pursuing sustainability goals. This trend is particularly prominent in sectors such as freight transportation, agriculture, mining, and construction, where electrification remains challenging. For example, major logistics companies and municipal bus fleets across Europe and North America are increasingly operating on biodiesel blends to support their carbon reduction initiatives.

Growing Utilization of Waste Cooking Oil and Alternative Feedstocks

One of the most significant developments in the biodiesel market is the shift toward waste-based feedstocks. Producers are increasingly utilizing used cooking oil, animal fats, brown grease, and agricultural residues to improve sustainability and reduce raw material costs. This transition supports circular economy objectives by converting waste streams into valuable renewable fuels. The trend is also helping biodiesel producers reduce their dependence on food-based feedstocks while enhancing lifecycle carbon savings. For example, Neste and Darling Ingredients have invested heavily in collecting and processing waste oils and fats for renewable fuel production, highlighting the growing importance of waste-derived feedstocks within the industry.

Segment Analysis

The global biodiesel industry is segmented based on feedstock type, blend, production technology, application, and region.

Fuel Application Holds More Than 45% Revenue Share

The fuel application segment held a market revenue share of more than 45% in 2025, driven by accelerating global decarbonization of transportation and the urgent need to address emissions in hard-to-electrify sectors including aviation, shipping, and heavy-duty road transport. Governments and industries are prioritizing renewable diesel and biodiesel as drop-in fuels that can directly replace or blend with conventional petroleum diesel without requiring major modifications to existing engines or infrastructure.

According to Clean Fuels Alliance America, U.S. biodiesel and renewable diesel consumption reached 5 billion gallons in 2025 — a record year supported by federal and state-level blending mandates. Japan’s active marine biodiesel innovation ecosystem is addressing the technical challenges of marine fuel oxidation stability, reflecting growing demand from shipping companies committing to IMO decarbonization targets.

Transesterification: Dominant Production Technology

Transesterification is the dominant production technology for biodiesel, accounting for the substantial majority of global production volume through the established chemical reaction of vegetable oils or animal fats with methanol in the presence of a catalyst to produce FAME (fatty acid methyl ester) biodiesel and glycerol as a co-product. The transesterification process benefits from decades of commercial optimization, well-established process engineering, widely available catalyst and methanol supply chains, and a mature global network of production facilities — creating significant cost and reliability advantages over alternative production technologies.

Pyrolysis represents a smaller but growing production technology segment, particularly for converting waste-based feedstocks and algae into bio-derived hydrocarbons that can serve as renewable diesel precursors. Hydroprocessing (HVO/renewable diesel) is the fastest-growing production technology as it produces a superior drop-in product with better cold-weather performance and higher lifecycle GHG savings than FAME biodiesel, driving major refinery investment programs in Europe and North America. Vegetable oil-based feedstocks led the feedstock market with over 80% share globally, including both edible oils and waste cooking oils — with waste-based feedstocks growing fastest driven by RED II's higher advanced biofuel credit value and lower ILUC risk profile.

Geographical Penetration

North America Biodiesel Market Share: 39% in 2025

North America led the global biodiesel market with 39% revenue share in 2025, driven by rising policy support, strong federal and state blending mandates, and record consumption levels. According to Clean Fuels Alliance America, U.S. biodiesel and renewable diesel consumption reached 5 billion gallons in 2025 — a record year supported by EPA RFS mandates and state-level programs including California's Low Carbon Fuel Standard. The U.S. biodiesel industry benefits from federal tax incentives, the $1/gallon blenders tax credit, and the Inflation Reduction Act's clean fuel production credits that create a favorable commercial environment for biodiesel production and blending. In September 2025, the Government of Canada announced USD 267 million in production incentives for biofuel producers, alongside strengthened biofuel regulations and the Energy Innovation Program expansion.

The North American biodiesel market is increasingly driven by HVO/renewable diesel production expansion by major refiners including Diamond Green Diesel, Marathon, Phillips 66, and PBF Energy, which are retooling conventional refineries to produce renewable diesel at large scale. This capacity growth ensures sustained supply for blending mandates and commercial fleet operators while supporting North America's position as the world's largest biomass-based diesel market.

United States Biodiesel Market

The United States biodiesel market is the world’s largest, with record biomass-based diesel consumption of 5 billion gallons in 2025 supported by EPA RFS mandates and the Inflation Reduction Act’s clean fuel production credits. The U.S. HVO/renewable diesel production capacity is expanding rapidly through Diamond Green Diesel, Marathon, Phillips 66, and PBF Energy refinery conversions. California’s Low Carbon Fuel Standard creates additional premium value for low-carbon biodiesel and HVO above federal RFS compliance requirements.

Canada Biodiesel Market

Canada’s biodiesel market is growing rapidly following the September 2025 announcement of USD 267 million in government production incentives for biofuel producers alongside strengthened biofuel regulations. Canada’s Clean Fuel Regulations create compliance demand for biodiesel and renewable diesel as carbon intensity reduction mechanisms for transportation fuel suppliers.

Europe Biodiesel Market: Mature but Growing Through Advanced Biofuels

Europe is the one of the world's most mature biodiesel markets with the most sophisticated regulatory framework for biofuel sustainability, driven by EU RED II mandatory renewable energy targets in transport fuel and the EU Taxonomy Regulation that increasingly influences corporate fuel procurement decisions. EU biodiesel production rebounded to 16.75 billion liters in 2025 according to the European Biodiesel Board, driven by RED II targets, improved trade flows, and growing adoption of waste-based and advanced feedstocks with better ILUC risk profiles and higher renewable energy credit values in national compliance frameworks.

Germany, France, Spain, Italy, and UK are some of the Europe's largest biodiesel markets, each with national blending mandates and growing renewable diesel consumption. The EU's REPowerEU plan accelerates renewable energy transition including transport fuel decarbonization, creating additional policy tailwinds for biodiesel and HVO adoption. European biofuel companies including Neste (Finland), TotalEnergies, and REG are investing in HVO capacity expansion to serve growing demand from European airlines, shipping companies, and truck fleet operators committing to near-term fuel carbon reduction targets.

Asia-Pacific Biodiesel Market: Fastest-Growing Region

Asia-Pacific is the fastest-growing biodiesel market, driven by Indonesia and Malaysia's massive palm oil-based biodiesel programs, India's growing advanced biofuel investment, China's decarbonization ambitions, and Japan's commitment to marine and aviation biodiesel. Indonesia's B50 biodiesel program — announced April 2026 for implementation from July 2026 — represents one of the world's most ambitious blending mandates, requiring 50% crude palm oil in diesel blends across all transport sectors. Following successful trials across heavy equipment, maritime transport, rail systems, and logistics vehicles, this program will create one of the world's largest single-country biodiesel demand increases, driving both domestic production investment and global palm oil trade flows. Thailand’s active biodiesel R&D programs are developing premium-grade biodiesel formulations targeting the logistics and commercial transport sector decarbonization opportunity.

India Biodiesel Market

India’s biodiesel market is growing under the National Biofuel Policy, targeting 20% bioethanol and growing biodiesel blending in transport fuels. India’s vast agricultural land base and government investment in non-food oilseed crop development for biodiesel feedstock are creating a foundation for domestic biodiesel industry scale-up through the forecast period.

Japan Biodiesel Market

Japan’s biodiesel market is driven by marine and aviation biodiesel demand as shipping companies and airlines adopt biodiesel blends to meet IMO sulfur regulations and airline net-zero commitments. The launch of BioxiGuard by Nippon Yuka Kogyo in May 2025 — Japan’s first marine-specific biodiesel antioxidant — reflects Japan’s sophisticated approach to marine biodiesel quality management.

Middle East and Africa Biodiesel Market: Renewable Energy Transition Opportunities

The Middle East and Africa region represents a growing biodiesel market, driven by the dual forces of Sub-Saharan Africa's urgent biofuel production development and GCC countries' diversification from oil and gas toward renewable energy. In February 2025, Sasol partnered with Anglo American to explore renewable diesel production in South Africa using vegetable oil-based feedstocks, leveraging the country's agricultural resources and industrial infrastructure for large-scale biodiesel manufacturing. South Africa's biofuels mandatory blending regulation and government support for feedstock development create a policy foundation for domestic biodiesel industry growth.

East African countries including Kenya, Tanzania, and Ethiopia are developing jatropha and other non-food oilseed crop programs to produce biodiesel from non-arable land, reducing food-vs-fuel concerns while developing domestic fuel production capability. GCC countries are exploring waste-based biodiesel from food waste oils and municipal organic waste as part of their circular economy and waste reduction programs. The MEA biodiesel market is expected to grow at an above-average CAGR through 2033, supported by biofuel investment programs, government renewable energy mandates, and agricultural feedstock development.

South America Biodiesel Market: Soy-Based Powerhouse Led by Brazil

South America is a global biodiesel powerhouse, with Brazil — the world's second-largest biodiesel producer — operating its national biodiesel program under mandatory blending requirements that have progressively increased to B14 (14% biodiesel blend) and above. Brazil's RenovaBio program creates tradeable biofuel certificates (CBIOs) that incentivize higher-blend production, while the country's massive soybean production provides a secure domestic feedstock supply for its biodiesel industry. The soymeal co-product from biodiesel production strengthens Brazil's competitive position in global protein meal export markets, creating integrated economic benefits from biodiesel production.

In June 2026, Brazil is set to begin trials of increased biodiesel blending in diesel fuel, marking a new step in the country’s strategy to expand renewable energy use and reduce reliance on imported fossil fuels. Researchers from the Maua Institute of Technology will initiate testing to assess the feasibility of raising the biodiesel content from the current 15 per cent to 20 per cent. According to the source, the programme will evaluate the performance and technical viability of higher blends under real operating conditions.

Argentina is the world's third-largest biodiesel exporter, with a large export-oriented soy-based biodiesel industry primarily serving European buyers. Colombia, Paraguay, and Uruguay have growing domestic biodiesel programs, each leveraging domestic oilseed production for blending mandate compliance. The South American biodiesel market is expected to grow at a moderate CAGR through 2033, with Brazil maintaining dominant regional production and consumption while policy evolution — including potential B20 mandate increases — creates upside demand growth potential.

Key Developments

In June 2026, United Airlines-backed Cemvita has completed an industrial-scale demonstration of its process to convert a waste byproduct from biodiesel production to a feedstock for sustainable aviation fuel (SAF).

In April 2026, Thailand's National Science and Technology Development Agency launched a premium-grade biodiesel produced via partial hydrogenation, positioning the fuel as a near-term decarbonization solution for hard-to-electrify transport segments.

In September 2025, the Government of Canada announced over USD 267 million in production incentives for biofuel producers alongside strengthened biofuel regulations aimed at increasing adoption across Canadian transportation sectors.

In February 2025, Sasol partnered with Anglo American plc to advance South Africa's sustainable energy transition by exploring large-scale renewable diesel production using vegetable oil-based feedstocks.

In August 2024, Gunvor Group acquired a 50% stake in VARO Energy's Rotterdam Sustainable Aviation Fuel (SAF) project to accelerate production of low-carbon aviation fuels for the European aviation sector.