Biodiesel Market Size, Share, Growth, Trends, Industry Analysis & Forecast 2026–2034

Global Biodiesel Landscape: Regional Production Capacities, Trade Flows, and Market Growth

Biodiesel Market is projected to grow from US$ 41.62 Billion in 2025 to US$ 70.92 Billion in 2034, registering a Compound Annual Growth Rate (CAGR) of 6.1% from 2026 to 2034. Market expansion is being driven by rising demand for renewable transportation fuels, stringent government regulations aimed at reducing greenhouse gas emissions, and increasing adoption of sustainable energy solutions. Growing investments in biofuel production, favorable blending mandates, and the utilization of feedstocks such as vegetable oils, animal fats, and used cooking oil are further supporting market growth. Additionally, expanding environmental awareness and the global transition toward cleaner energy sources are expected to create significant opportunities for the biodiesel industry during the forecast period.

Biodiesel Market Outlook

Biodiesel fuel is a renewable and biodegradable fuel that is obtained from natural resources such as vegetable oils, animal fats, and used vegetable oils. Biodiesel fuel is used as an alternative fuel to the conventional petroleum-based diesel fuel. Biodiesel fuel can be used in diesel engines in its pure form or in a mixture with the conventional diesel fuel without making any changes to the diesel engine. Biodiesel fuel is obtained through a chemical process called transesterification, which turns the natural oils and fats into fuel that can be used in diesel engines. Biodiesel fuel is a cleaner-burning fuel compared to fossil fuels and also produces fewer toxic emissions, making it an environmentally friendly fuel source.

Biodiesel fuel has become popular worldwide due to increasing concerns about climate change, environmental pollution, and the use of fossil fuels. Organizations and governments are using biodiesel fuel as a way of reducing the emission of greenhouse gases and making energy sustainability better. Biodiesel fuel is largely used in the transport, agricultural, and industrial sectors. Many governments have made it mandatory to blend biodiesel fuel. In addition, the increasing availability of raw materials and advancements in biofuel technology have also contributed to the increased use of biodiesel fuel, making it an essential component of global renewable energy policies.

What is Biodiesel and Its Uses & Popularity Worldwide

Biodiesel is a renewable, biodegradable fuel produced from natural feedstocks such as vegetable oils, animal fats, used cooking oil, and other biological sources through a chemical process known as transesterification. It serves as an environmentally friendly alternative to conventional petroleum diesel and can be used either in its pure form (B100) or blended with petroleum diesel in various proportions, such as B5, B10, and B20, without requiring major modifications to most diesel engines.

Biodiesel is widely used in passenger vehicles, commercial trucks, buses, agricultural machinery, marine vessels, construction equipment, and power generation systems. Compared with fossil diesel, biodiesel produces lower emissions of carbon monoxide, particulate matter, hydrocarbons, and sulfur compounds while offering improved lubricity and supporting reduced greenhouse gas emissions. Its renewable nature and compatibility with existing diesel infrastructure make it an attractive solution for promoting cleaner transportation and energy security.

Globally, biodiesel has gained significant popularity as governments and industries accelerate the transition toward low-carbon energy sources. More than 70 countries have implemented biodiesel blending mandates or renewable fuel policies to reduce dependence on imported fossil fuels and meet climate objectives. The transportation sector remains the largest consumer of biodiesel, particularly in Europe, North America, South America, and Asia-Pacific. Growing investments in biofuel production facilities, increasing utilization of waste cooking oil and non-edible feedstocks, and expanding adoption of sustainable fuels in commercial fleets are driving market growth. Rising environmental awareness, stricter vehicle emission regulations, and supportive government incentives continue to strengthen the global demand for biodiesel across transportation, industrial, and power generation applications.

World Biofuel Production from Different Feedstocks (2022–24 vs. 2034)

• United States
  • Largest biofuel producer globally, with total production projected to increase from approximately 70 billion liters (2022–24) to around 75 billion liters by 2034.
  • Starch-based biofuels remain the dominant feedstock, followed by vegetable oils and waste oils & fats.
• Brazil
  • Biofuel production is expected to rise from approximately 37 billion liters to nearly 50 billion liters by 2034.
  • Sugar-based biofuels account for the largest share, supported by growing starch and vegetable oil production.
• European Union
  • Production is projected to remain relatively stable at around 22–23 billion liters through 2034.
  • Vegetable oils and waste oils & fats continue to dominate the region’s biofuel feedstock mix.
• China
  • Biofuel output is forecast to increase from approximately 9 billion liters to around 12 billion liters by 2034.
  • Growth is primarily driven by starch-based biofuels and increasing use of waste oils and fats.
• Indonesia
  • Production is expected to grow modestly from approximately 8 billion liters to nearly 9 billion liters by 2034.
  • Vegetable oil (primarily palm oil) remains the dominant biodiesel feedstock.
• Canada
  • Biofuel production is projected to increase slightly from approximately 2 billion liters to around 3 billion liters by 2034.
  • Production is mainly supported by starch-based feedstocks, with limited contributions from vegetable oils.
• Other Countries
  • Combined biofuel production is expected to increase from approximately 23 billion liters to around 34 billion liters by 2034.
  • Growth is supported by greater utilization of sugar, vegetable oils, waste oils & fats, and other advanced feedstocks.

Growth Driver

Government Blending Mandates and Supportive Renewable Fuel Policies

Government regulations promoting renewable transportation fuels are among the strongest drivers of the global biodiesel market. More than 70 countries have introduced biodiesel blending mandates or renewable fuel standards requiring diesel suppliers to incorporate biodiesel into conventional fuel. Common blending levels such as B5, B10, and B20 have significantly increased biodiesel consumption in road transport. The European Union’s Renewable Energy Directive (RED), the U.S. Renewable Fuel Standard (RFS), Brazil’s National Biodiesel Program, Indonesia’s B35 biodiesel mandate, and India’s National Biofuel Policy continue to stimulate production and investment. These policies are designed to reduce greenhouse gas emissions, improve energy security, and decrease dependence on imported petroleum. Governments also provide tax incentives, production subsidies, and investment support for biofuel infrastructure. As countries strengthen their climate commitments and net-zero emission targets, renewable fuel mandates are expected to expand further, creating long-term demand for biodiesel across transportation, agriculture, and industrial sectors.

Rising Demand for Low-Carbon and Sustainable Transportation Fuels

Growing concern over climate change and air pollution is accelerating demand for cleaner transportation fuels, supporting strong growth in the biodiesel market. The transport sector contributes approximately one-quarter of global energy-related carbon dioxide emissions, encouraging governments and fleet operators to adopt lower-carbon alternatives. Biodiesel can reduce lifecycle greenhouse gas emissions by 50% to over 80%, depending on the feedstock used, compared with conventional petroleum diesel. It also produces lower emissions of particulate matter, sulfur oxides, hydrocarbons, and carbon monoxide. Commercial trucking companies, public transportation operators, agricultural machinery users, and marine industries are increasingly incorporating biodiesel blends to improve environmental performance while utilizing existing diesel engines. Rising environmental awareness among consumers and corporations has further strengthened demand for renewable fuels. As businesses continue implementing sustainability strategies and countries introduce stricter emission regulations, biodiesel is expected to play an increasingly important role in global decarbonization efforts.

Expanding Biodiesel Production from Waste Feedstocks and Technological Advancements

Technological improvements in biodiesel production and increasing utilization of waste-based feedstocks are significantly enhancing market growth. Manufacturers are increasingly producing biodiesel from used cooking oil (UCO), animal fats, and non-edible vegetable oils, reducing dependence on food-grade crops and improving overall sustainability. Advanced processing technologies have improved fuel quality, production efficiency, and feedstock flexibility while lowering manufacturing costs. Circular economy initiatives encouraging recycling of waste cooking oil have expanded feedstock availability in many countries. Several governments are supporting collection systems for used cooking oil and investing in advanced biofuel production facilities. Biodiesel producers are also developing second-generation biofuels using algae and agricultural residues to further reduce environmental impact. Growing investment in modern biorefineries and improved catalyst technologies has increased production capacity and commercial viability. Continued innovation in feedstock utilization and manufacturing efficiency is expected to strengthen the long-term competitiveness and global expansion of the biodiesel market.

Biodiesel Product Launches Worldwide

• Neste (2025) – Expanded its Neste MY™ Renewable Diesel portfolio for commercial transportation and industrial applications, utilizing waste oils and animal fat feedstocks to reduce lifecycle greenhouse gas emissions.
• Chevron Renewable Energy Group (2025) – Introduced an advanced B100 Biodiesel product manufactured from recycled cooking oil and animal fats for heavy-duty transportation, agriculture, and municipal fleets.
• EcoCeres (2024) – Launched a new waste-based biodiesel solution produced from used cooking oil (UCO), targeting the European and Asia-Pacific renewable fuel markets.
• TotalEnergies (2024) – Expanded its advanced biodiesel fuel range produced from sustainable feedstocks to support commercial road transport and industrial customers seeking lower-carbon fuel alternatives.
• Verbio AG (2024) – Introduced a next-generation Biodiesel (FAME) product manufactured using rapeseed oil and waste-based feedstocks, designed to comply with stringent European renewable fuel standards.
• Bunge (2024) – Expanded its soy-based biodiesel portfolio, supplying renewable diesel blends and biodiesel feedstocks for transportation and agricultural machinery applications across North and South America.
• PT Pertamina (2024) – Commercially launched B35 Biodiesel Fuel, containing 35% palm oil-based biodiesel, supporting Indonesia’s national renewable fuel blending program and transportation sector.
• Indian Oil Corporation (2024) – Introduced B20 Biodiesel Fuel at selected fuel stations under India’s biofuel expansion initiative, utilizing biodiesel produced from used cooking oil and non-edible feedstocks.
• Repsol (2025) – Launched 100% Renewable Diesel and Biodiesel Fuels manufactured from waste oils and organic residues to support decarbonization in heavy transport and logistics operations.
• ENI Sustainable Mobility (Enilive) (2025) – Expanded its HVO and biodiesel renewable fuel portfolio, incorporating advanced waste-derived feedstocks to provide low-carbon fuel solutions for commercial vehicles, marine transport, and industrial applications.

Challenges

Feedstock Price Volatility and Limited Raw Material Availability

One of the major challenges facing the biodiesel market is the fluctuating cost and availability of feedstocks. Vegetable oils such as soybean oil, rapeseed oil, palm oil, sunflower oil, and used cooking oil account for a substantial share of biodiesel production costs, often representing more than 70% of total manufacturing expenses. Prices of these raw materials are highly influenced by weather conditions, agricultural yields, export restrictions, geopolitical developments, and global food demand. Competition between food, feed, and fuel industries can further increase feedstock prices and create supply shortages. In addition, limited collection infrastructure for used cooking oil in many developing countries restricts access to lower-cost sustainable feedstocks. These fluctuations directly affect biodiesel production costs, profit margins, and market competitiveness against petroleum diesel. Expanding alternative feedstock sources and improving supply chain efficiency remain essential for supporting long-term market stability.

Competition from Electric Vehicles and Other Low-Carbon Technologies

The rapid growth of electric vehicles (EVs), hydrogen technologies, renewable diesel, and other alternative energy solutions presents a significant challenge to the long-term expansion of the biodiesel market. Governments worldwide are investing heavily in transportation electrification to achieve carbon neutrality targets, with many countries planning to phase out new internal combustion engine vehicle sales over the coming decades. As EV adoption increases, demand for conventional diesel fuel in passenger vehicles is expected to decline gradually, potentially reducing biodiesel consumption in this segment. Biodiesel also faces increasing competition from renewable diesel (hydrotreated vegetable oil), which offers similar environmental benefits while providing better cold-weather performance and compatibility with existing fuel infrastructure. Furthermore, fluctuations in crude oil prices can reduce the economic advantage of biodiesel when petroleum diesel becomes relatively inexpensive. Continuous innovation, diversification into heavy-duty transport, aviation, marine applications, and sustainable feedstock development will be essential for maintaining biodiesel’s competitiveness in the evolving global energy landscape.

Biodiesel Fuel Expanding Demand for Renewable Transportation Fuels

The biodiesel fuel market represents the largest application segment of the global biodiesel industry due to increasing adoption of renewable fuels in road transportation. Biodiesel is commonly blended with petroleum diesel in ratios such as B5, B10, B20, and B100, allowing its use in most diesel engines without significant modifications. More than 70 countries have implemented biodiesel blending mandates to reduce greenhouse gas emissions and improve energy security. Commercial trucks, buses, agricultural machinery, mining equipment, and municipal fleets are among the major consumers of biodiesel fuel. Compared to conventional diesel, biodiesel can reduce lifecycle greenhouse gas emissions by 50–80%, depending on the feedstock, while also lowering particulate matter, carbon monoxide, and sulfur emissions. Increasing fuel consumption in developing economies, supportive government incentives, and rising investment in sustainable transportation continue to strengthen market growth. Expansion of bio-refineries, improved fuel quality standards, and greater use of waste-derived feedstocks are expected to support continued development of the global biodiesel fuel market.

Biodiesel Power Generation Supporting Cleaner Backup and Distributed Energy

The biodiesel power generation market is gaining momentum as industries, commercial facilities, utilities, and remote communities seek cleaner alternatives to conventional diesel generators. Biodiesel is increasingly used in backup power systems, microgrids, emergency generators, hospitals, telecommunications infrastructure, and off-grid energy applications because it can be utilized in existing diesel generator sets with minimal modifications. Growing investments in renewable energy integration have increased demand for biodiesel-powered backup generation that complements solar and wind energy during periods of intermittent electricity production. Biodiesel significantly reduces sulfur emissions and particulate matter compared with petroleum diesel while improving engine lubricity. Remote mining operations, agricultural facilities, military installations, and island communities are also adopting biodiesel to improve energy security and reduce carbon emissions. Increasing government support for renewable energy, carbon reduction initiatives, and decentralized electricity generation is expected to accelerate market expansion. Technological improvements in fuel stability and engine compatibility continue to strengthen the long-term outlook for the global biodiesel power generation market.

Biodiesel Vegetable Oil Dominant Feedstock Supporting Global Production

Vegetable oils remain the primary feedstock for global biodiesel production due to their high triglyceride content, established supply chains, and reliable conversion efficiency. Soybean oil, rapeseed oil, palm oil, sunflower oil, and canola oil account for the majority of biodiesel feedstock used worldwide. Depending on regional agricultural production, different countries utilize locally available oils to improve feedstock availability and reduce manufacturing costs. For example, soybean oil dominates production in North and South America, while rapeseed oil is widely used across Europe and palm oil remains a major feedstock in Southeast Asia. Feedstock expenses often represent over 70% of total biodiesel production costs, making vegetable oil availability a critical market factor. Growing agricultural productivity, improved oilseed processing technologies, and government support for renewable fuels continue to strengthen production capacity. At the same time, manufacturers are increasingly adopting certified sustainable vegetable oils to address environmental concerns and improve supply chain sustainability, supporting long-term growth of the biodiesel vegetable oil market.

Biodiesel Animal Fats Sustainable Feedstock Driving Circular Economy Growth

The biodiesel animal fats market is expanding steadily as producers seek cost-effective and sustainable alternatives to edible vegetable oils. Animal fats, including tallow, poultry fat, lard, and other rendered by-products from the meat processing industry, provide an abundant feedstock for biodiesel production while supporting circular economy initiatives by converting waste into renewable fuel. Biodiesel produced from animal fats generally offers lower feedstock costs than many vegetable oils and contributes to waste reduction by utilizing materials that might otherwise require disposal. Increasing environmental regulations encouraging resource efficiency and sustainable waste management have further strengthened demand for animal fat-derived biodiesel. Advances in pretreatment technologies have improved the conversion efficiency and fuel quality of biodiesel produced from high free-fatty-acid feedstocks. Growing investments in rendering facilities, bio-refineries, and advanced processing technologies continue to increase production capacity. As governments promote renewable fuels with lower lifecycle carbon emissions and greater resource utilization, the biodiesel animal fats market is expected to witness sustained growth worldwide.

United States Biodiesel Strong Renewable Fuel Policies Driving Industry Expansion

United States biodiesel market is one of the world’s largest, supported by favorable renewable fuel policies, abundant agricultural feedstocks, and a well-established biofuel production industry. The country has an annual biodiesel production capacity exceeding 2 billion gallons, with soybean oil accounting for the largest share of feedstock, followed by used cooking oil, corn oil, and animal fats. The Renewable Fuel Standard (RFS) and state-level clean fuel initiatives continue to encourage biodiesel blending in transportation fuels. Biodiesel is widely consumed in commercial trucking, agriculture, construction equipment, municipal fleets, and public transportation. Increasing adoption of renewable diesel and biodiesel blends such as B5, B10, and B20 is helping reduce greenhouse gas emissions while supporting domestic energy security. Growing investments in advanced bio-refineries, sustainable feedstocks, and low-carbon fuel technologies continue strengthening production capacity. Rising corporate sustainability commitments and decarbonization initiatives are expected to maintain long-term growth of the United States biodiesel market.

United Kingdom Biodiesel Sustainable Transport and Waste-Based Feedstocks Supporting Growth

United Kingdom biodiesel market is expanding steadily due to strong environmental policies, renewable transport fuel regulations, and increasing utilization of waste-derived feedstocks. The country has prioritized biodiesel produced from used cooking oil (UCO) and animal fats to minimize competition with food crops and improve overall sustainability. The Renewable Transport Fuel Obligation (RTFO) continues encouraging fuel suppliers to increase renewable fuel usage across the transport sector. Biodiesel is increasingly used in freight transportation, commercial vehicles, agriculture, and public bus fleets as part of the UK’s commitment to achieving net-zero carbon emissions. Rising investment in waste collection infrastructure and advanced biofuel processing technologies has improved domestic biodiesel production efficiency. The United Kingdom is also promoting advanced biofuels with lower lifecycle greenhouse gas emissions to meet long-term climate objectives. Continued innovation in feedstock utilization, supportive government policies, and increasing demand for sustainable transportation fuels are expected to drive future growth in the United Kingdom biodiesel market.

Indian Government Biofuel Policies Accelerating Market Development

India’s biodiesel market is witnessing significant growth as the government promotes renewable energy and cleaner transportation fuels to reduce dependence on imported crude oil. India consumes more than 80% of its crude oil through imports, making energy security a major policy priority. The National Policy on Biofuels encourages biodiesel production from non-edible oils, used cooking oil, animal fats, and agricultural waste while supporting higher blending targets in the transport sector. Increasing collection of used cooking oil under organized waste management programs has strengthened feedstock availability for domestic biodiesel manufacturers. Biodiesel is increasingly used in commercial transportation, railways, agriculture, mining, and power generation applications. Expansion of bio-refineries, public-private partnerships, and investments in second-generation biofuels continue supporting market development. Growing environmental awareness, stricter emission standards, and increasing government incentives for renewable fuels are expected to accelerate biodiesel adoption across India’s rapidly expanding transportation and industrial sectors over the coming years.

UAE Biodiesel Circular Economy Initiatives and Sustainable Fuel Adoption Driving Growth

UAE biodiesel market is gradually expanding as the country diversifies its energy portfolio and promotes sustainable fuel production under its long-term environmental strategies. Although the UAE is a major petroleum producer, increasing emphasis on carbon reduction and circular economy initiatives has encouraged investment in biodiesel production using used cooking oil, waste vegetable oils, and animal fats. Rapid growth of the hospitality, food service, and tourism industries has increased the availability of waste cooking oil as a sustainable biodiesel feedstock. Biodiesel is increasingly utilized in commercial transport fleets, municipal vehicles, industrial machinery, and backup power generation to reduce emissions and improve environmental performance. Government sustainability initiatives, green mobility programs, and investments in renewable energy infrastructure continue supporting market expansion. Growing partnerships between waste management companies and biofuel producers are improving feedstock collection efficiency. Rising corporate environmental commitments and increasing demand for cleaner transportation fuels are expected to contribute to the long-term development of the UAE biodiesel market.

Market Segmentation 

Application

• Fuel
• Power Generation
• Others

Feedstock

• Vegetable Oil
• Animal Fats

Countries- Industry is divided into 25 viewpoints:

North America

• United States
• Canada

Europe

• France
• Germany
• Italy
• Spain
• United Kingdom
• Belgium
• Netherlands
• Turkey

Asia Pacific

• China
• Japan
• India
• Australia
• South Korea
• Thailand
• Malaysia
• Indonesia
• New Zealand

Latin America

• Brazil    
• Mexico 
• Argentina

Middle East & Africa

• South Africa
• Saudi Arabia
• United Arab Emirates

All the Key players have been covered from 5 Viewpoints:

• Overviews
• Key Person
• Recent Developments
• SWOT Analysis
• Revenue Analysis

Company Analysis:

• Archer Daniels Midland Company
• FutureFuel
• Nestle’s
• Renewable Energy Group, Inc.,
• Bunge Global SA
• Wilmar
• Shell