Palm Oil Feedstock Market: Structure, Streams and Regulatory Context

The palm oil feedstock market is not a single commodity market. It is an ecosystem of interconnected streams — primary, secondary, and waste — each with different regulatory classifications, different certification pathways, and different destination markets. Understanding the structure of this ecosystem is a prerequisite for navigating the regulatory and commercial dynamics shaping biofuel and SAF supply chains.

This article provides an analytical overview of the palm oil feedstock market: what the key streams are, how regulation shapes demand, and where Malaysia sits in the global supply chain structure.

The Three Feedstock Streams

Palm oil production generates a cascade of materials. From a biofuel feedstock perspective, these fall into three categories based on their regulatory classification under EU RED III and ISCC EU.

Primary Stream — CPO

Crude Palm Oil (CPO) is the primary output of palm oil extraction from fresh fruit bunches (FFB). It is the commodity most people associate with the palm oil industry — traded globally, priced on Bursa Malaysia, and used in food, oleochemicals, and energy.

CPO is a primary agricultural product, not a waste or residue. Under EU RED III, CPO does not qualify for Annex IX advanced biofuel status. Biofuel produced from CPO is classified as conventional biofuel and faces Indirect Land Use Change (ILUC) risk factors. The EU Delegated Regulation on high-ILUC biofuels has placed additional constraints on palm oil-based biofuel, creating a structural incentive to shift toward waste and residue streams.

Secondary Stream — PFAD

Palm Fatty Acid Distillate (PFAD) is a by-product of the CPO refining process — specifically, the deacidification stage. It contains very high levels of free fatty acids (>70%) and is unsuitable for food use, making it a practical feedstock for HEFA processing.

PFAD is classified as a residue under EU RED III Annex IX Part B. It qualifies for biofuel eligibility but counts once (not double) toward renewable energy targets. PFAD’s classification has been subject to regulatory discussion — some industry voices have argued for waste (Part A) status — but the current regulatory position maintains Part B (residue).

PFAD occupies a middle position in the market: more available and less logistically complex than UCO, but carrying a lower regulatory premium due to its single-counting status.

Waste Stream — UCO and POME Oil

Used Cooking Oil (UCO) and POME oil are classified as waste under Annex IX Part A, giving them the strongest eligibility profile: double counting, highest achievable GHG savings, and the most valuable certification status.

UCO is collected from food service operations and industrial food processing. It is the highest-volume waste feedstock in Southeast Asian biofuel exports. POME oil is recovered from palm oil mill effluent — smaller volumes but the same regulatory classification.

For detailed analysis of UCO as a feedstock — covering sources, quality parameters, and Malaysia-specific supply chain context — see What is Used Cooking Oil. For a direct comparison of UCO, PFAD, and POME oil, see Waste Lipid Categories Explained.

The Regulatory Framework Shaping Demand

Demand for certified palm-derived feedstocks is not purely market-driven — it is structurally created by regulation. Three regulatory mechanisms are most significant.

EU RED III renewable energy targets. EU member states must meet binding renewable energy targets by 2030, including sub-targets for advanced biofuels produced from Annex IX feedstocks. These targets create guaranteed demand for certified waste and residue feedstocks.

SAF mandates. The EU’s ReFuelEU Aviation regulation mandates minimum SAF blending percentages, escalating over time. HEFA-based SAF produced from UCO and PFAD is the most commercially mature pathway. As SAF mandates increase, demand for eligible lipid feedstocks increases in parallel.

ISCC certification as market access. ISCC EU certification is the mechanism that connects feedstock classification to market access. Without ISCC certification, palm-derived feedstocks cannot claim Annex IX status, cannot qualify for double counting, and cannot access the preferential EU market. ISCC certification is effectively a market entry requirement for any operator targeting EU biofuel or SAF buyers.

For how feedstock classification determines Annex IX eligibility, see What is Feedstock Classification.

Malaysia’s Structural Position

Malaysia is the world’s second-largest palm oil producer and a significant exporter of palm-derived biofuel feedstocks. Several structural factors define its market position.

Production base. Malaysia produces approximately 18–19 million tonnes of CPO annually. The refining of this volume generates substantial PFAD as a by-product. Simultaneously, the country’s food service sector generates a growing volume of UCO, concentrated in urban centres and the Johor corridor.

MPOB regulatory framework. The Malaysian Palm Oil Board (MPOB) regulates the palm oil industry under Akta 582. All processors, refiners, and exporters must hold MPOB licences. The regulatory framework intersects with ISCC requirements when palm-derived feedstocks are exported for biofuel — operators must maintain dual compliance.

KPK and Akta 666. The Ministry of Plantation Industries and Commodities (KPK) oversees commodity control. Akta 666 provides the legislative framework for commodity regulation, relevant for operators handling biofuel feedstocks under Malaysia’s domestic biodiesel mandate (currently targeting B40).

Indonesia’s structural shift. Indonesia’s implementation of UCO export restrictions (January 2025) has redirected international procurement toward Malaysia. EU buyers who previously sourced Indonesian UCO have shifted to Malaysian supply chains, increasing volume throughput and intensifying competition for available feedstock.

Market Structure

The Malaysian palm oil feedstock supply chain follows a four-tier structure.

Aggregators. Collect UCO from commercial and industrial sources. Aggregators are the first formal node in the supply chain and the point where ISCC chain of custody documentation is established. In the PFAD supply chain, refineries serve as the equivalent first point.

Processors. Consolidate, pretreat, and prepare feedstock for export or domestic use. Processing may include degumming, drying, and blending to meet buyer specifications.

Exporters. Handle logistics, documentation, and regulatory compliance for international shipments. Exporters must maintain ISCC certification and ensure documentation integrity through the export process.

EU refiners. The final destination for most certified feedstock. EU refiners convert UCO, PFAD, and POME oil into biodiesel or SAF via HEFA or esterification processes. These refiners are the primary demand signal — their procurement requirements cascade back through the supply chain.

Key Terms Reference

For precise definitions of terms used in this article — including CPO, PFAD, UCO, ISCC, HEFA, Mass Balance, and Annex IX — see the Feedstock Intelligence Glossary.

The information on this page is for analytical and educational purposes only and does not constitute investment, legal, or compliance advice. Data and analysis represent independent interpretation and should not be construed as regulatory authority.

Frequently Asked Questions

What is the difference between CPO and UCO as biofuel feedstock?

CPO is a primary agricultural commodity — the direct output of palm oil extraction. It does not qualify for Annex IX advanced biofuel status and faces ILUC risk factors. UCO is oil collected after use in food preparation, classified as waste under Annex IX Part A. UCO qualifies for double counting, achieves higher GHG savings, and commands a certification premium. The distinction is classification: CPO carries land-use-change scrutiny, UCO has zero land-use attribution.

How does ISCC certification affect palm oil feedstock export value?

ISCC certification creates a structural price premium by enabling access to EU preferential biofuel markets. Certified waste and residue feedstocks can claim Annex IX status, qualifying the resulting biofuel for renewable energy target compliance. Without certification, the same material cannot access these markets. For processors and exporters, ISCC certification is effectively a market access requirement.

What impact has the Indonesia UCO export ban had on the Malaysian market?

Indonesia restricted UCO exports effective January 2025, redirecting domestic supply toward its B40 biodiesel mandate. This removed a major international supply source, increasing procurement activity from EU buyers in Malaysia, higher competition for available volumes — particularly in the Johor corridor — and greater attention to documentation quality as the market absorbs the volume shift.