What is the core change required for palm oil mills to survive?

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The Core Change Required for Palm Oil Mills to Survive

Palm oil mills must fundamentally reinvent themselves as integrated, intelligent, and indispensable bio-refineries to ensure their survival in the coming decade. This transformation signifies a departure from the traditional emphasis on maximising Oil Extraction Rate (OER) and minimising cost per tonne, moving instead towards a holistic approach that leverages energy, water, and by-products in a unified manner. The future viability of these operations hinges on their capacity to adapt to evolving global demands for sustainability, food safety, and advanced technological integration.
Integration of Resources Beyond Traditional Extraction

The future success of palm oil mills lies in their ability to move beyond siloed operations and embrace total mill optimisation. Instead of solely focusing on extracting more oil faster and cheaper, mills need to integrate their management of energy, water, and by-products. For instance, while the industry benchmark for freshwater use in Malaysia is 1.5–2.0 m³ per tonne of fresh fruit bunches, some operators have achieved as low as 1.12 m³. This highlights a significant opportunity for cost savings and improved efficiency across the sector.
Monetising By-products and Capturing Methane

A crucial aspect of this reinvention involves treating methane emissions not as waste, but as a valuable resource. While Malaysia has committed to the Global Methane Pledge, only approximately 30 per cent of its mills currently capture biogas. Uncontrolled methane is significantly more potent than carbon dioxide, but when captured, it can be converted into a source of power and revenue. Furthermore, under new international regulations, such as those established by COP29's Article 6.4 rules, captured methane can generate internationally bankable carbon credits, offering a new revenue stream for mills that implement retrofitting or new installations.
Adherence to Stringent Food Safety Standards

The era of treating crude palm oil as a non-food commodity to circumvent food safety regulations is over. Increasingly stringent international standards, particularly from the European Union, are setting strict limits for contaminants such as 3-MCPDE (with limits at 2.5 mg/kg for palm oil) and glycidyl esters (at 1 mg/kg). Additionally, Mineral Oil Aromatic Hydrocarbons (MOAH) are already causing border rejections, indicating an urgent need for the Malaysian industry to align its standards with global benchmarks and address these current crises proactively.
Developing Advanced Technical Expertise

The operational landscape of palm oil mills is rapidly evolving towards advanced, AI-driven systems, including digital twins and predictive maintenance, exemplified by Malaysia's first AI smart mill launched in November 2024. However, a significant structural talent gap exists, with a pressing demand for data analysts and mechatronics engineers capable of operating these sophisticated systems. Bridging this gap requires better alignment between educational institutions and industry needs to ensure the workforce is equipped for the technological demands of modern bio-refineries.
Collective Responsibility for Market Access

The progress in transforming palm oil mills is uneven across the industry, creating a collective reputational risk that impacts market access for the entire supply chain. While some Malaysian mills are world-class, the performance of others can negatively affect the perception and opportunities for the whole sector. Upcoming regulations, such as the EU Deforestation Regulation (EUDR) requiring plot-level geolocation data and a growing mandate for methane capture, underscore the necessity for a unified industry approach to sustainability and compliance to avoid being left behind.

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What is the core change required for palm oil mills to survive?

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