Why Biodiesel Production is Increasing Demand for Palm Oil

Introduction: Why Biodiesel Production is Driving Greater Demand for Palm Oil

You fill up your car, and perhaps you feel a sense of comfort. The label on the fuel pump reads "biodiesel blend." It sounds like a clean fuel. It sounds like progress. And in many ways, it is exactly what the government and the energy companies want you to think. But behind the scenes, one of the most contested commodity systems in the world is the palm oil market, and the story of how the biodiesel fuel market is changing it is one that deserves a lot more attention than it ever receives.

Overview of Palm Oil in Biofuel Production: Feedstock Characteristics and Processing Pathways for Biodiesel

From a purely technological point of view, therefore, palm oil is an attractive feedstock for biodiesel. It has a high yield of oil per hectare compared to most of its competitors, a reasonable processing efficiency into Fatty Acid Methyl Ester (FAME) – a chemical compound which is a key constituent of most biodiesel fuels – and an almost infinite supply available in tropical countries. The process to convert it into biodiesel is also well-understood. Crude Palm Oil (CPO) is refined, mixed with methanol to undergo a process called transesterification, and then mixed with traditional diesel. The final product is a fuel which can run on standard engines without modification. This is precisely why it is so attractive to policy planners.

Role of Biodiesel Policies in Expanding Palm Oil Consumption: Blending Mandates, Renewable Energy Targets, and Energy Security Goals

Blending mandates are where policy meets market. Take Indonesia, which is the world’s largest producer of palm oil. Indonesia’s policy has been to go from a 30% biodiesel blend (B30) in 2020 to a B35 policy in 2023 and then to a B40 policy in January 2025, with a stated ambition to go to a B50 and eventually a B100 policy. Every 1% change in biodiesel blend equates to millions of additional tons of CPO used internally and not available for food or external markets. Indonesia’s B35 policy, according to the USDA Foreign Agricultural Service, sets aside a biodiesel allocation of over 13 billion liters for 2023. These policies are justified publicly under a narrative of renewable energy and reducing import dependence – a very compelling narrative that makes it very easy to lose sight of the palm oil connection.

(Source: Foreign Agriculture Service)

Key Drivers Accelerating Demand: Rising Fossil Fuel Prices, Government Incentives, and Growth in Renewable Energy Adoption

Several trends are converging to drive up demand for palm oil biodiesel. For instance, increasing prices of fossil fuels make alternatives more financially attractive. The presence of subsidy schemes, such as Indonesia’s CPO Fund Agency (BPDPKS), which covers the price gap between biodiesel and conventional diesel fuel, effectively shields consumers from the true price gap and hence drives up adoption. In addition, policymakers have a political imperative to drive up blending rates due to their renewable energy targets. This creates a self-reinforcing cycle that drives up mandates, which in turn drives up demand, and shields it with a policy that is largely self-serving to their domestic palm oil industry.

Industry Landscape: Role of Palm Oil Producers, Biodiesel Manufacturers, Energy Companies, and Government Agencies

The chain is dense and interconnected: large palm oil plantations produce the CPO, biodiesel producers use it to produce fuel, energy companies like Indonesia’s Pertamina use it to blend and distribute fuel, and governments regulate and subsidize it and impose export taxes. Everyone benefits from an expanding mandate for blending biodiesel. What’s interesting is how well interests and policy match. As Dialogue Earth noted in October 2024, experts and activists have been warning that increasing biodiesel blend rates will spur plantations and hence deforestation, this is not typically a concern when energy security is used as a rationale to justify such policies to citizens.

Implementation Challenges: Sustainability Concerns, Feedstock Price Volatility, and Regulatory Scrutiny

The disconnect between policy promise and ground reality is substantial. In fact, palm oil production has stagnated at less than 1 percent annual growth since 2020, while domestic consumption of biodiesel has seen a sharp uptick. This is a matter of real concern. Price volatilities affecting CPO markets make the cost burdens of biodiesel producers highly unpredictable. The international scene has seen the EU impose anti-dumping and countervailing duties on Indonesian biodiesel on the grounds of sustainability concerns. Indonesia has challenged the EU at the WTO. The "green fuel" credentials of biodiesel thus seem to be no guarantee of settling underlying contradictions.

Future Outlook: Development of Advanced Biofuels, Improved Feedstock Efficiency, and Expansion of Renewable Fuel Programs

The industry is not standing still. Research into Hydrogenation Derived Renewable Diesel, second-generation biofuels utilizing waste streams, and sustainable aviation fuels based on palm feedstocks all indicate a future where feedstock efficiency and environmental performance can potentially improve. Indonesia is also starting to explore blends of palm oil-based fuels for use in heavy mining equipment and aviation. The effectiveness of these developments in reducing rates of deforestation or merely serving to justify increased blend rates to justify further rates of conversion remains to be seen.

Conclusion

The biodiesel tale is one of genuine complexity: the need for clean fuels is genuine, energy security is a perfectly reasonable aim, and palm oil, at least for the time being, is the most scalable solution many nations in the tropics have to offer.

But if one looks beyond the rhetoric of "renewable energy," one quickly realizes a system where blending requirements are largely designed to favor large-scale commodity producers, where subsidies mask true costs, and where the actual benefits to the environment are hotly debated.

The palm oil market is indeed a growing one, and the question of who benefits, at what cost, is the kind of question every informed consumer and citizen should think about asking.

FAQs

• How do you find out if the biodiesel used in your country is made from palm oil or other materials?
  • You can refer to the energy regulator’s website or fuel standards documentation for your country. Most countries list their approved biodiesel feedstock materials used in their countries. You can also refer to agricultural trade organizations such as the USDA FAS.
• Do all types of biodiesel contribute to environmental concerns like those of biodiesel made from palm oil?
  • No. Biodiesel made from used cooking oil, animal fat, and non-food crops such as jatropha oil does not have the same environmental impact as biodiesel made from virgin oil.
• Are all countries using palm oil as a raw material for biodiesel production as aggressively as other countries?
  • No. For instance, Malaysia’s blending mandates have been lower compared to Indonesia’s blending mandates.