Palm oil futures are poised for a second consecutive weekly gain, lifted by steady Indian demand and a supportive biofuel policy backdrop. The market is consolidating near recent highs as traders weigh tighter supply signals against a mixed demand picture.

Demand Drivers: India and Biofuels

India remains a key pillar of demand, despite a sharp 30% drop in edible oil imports in June. The decline was largely seasonal, and the eight-month trend still shows a 7% rise in total imports, with palm oil’s share climbing to 48%. This suggests underlying consumption growth is intact, even if monthly flows have cooled.

A more structural demand boost is coming from Indonesia’s B50 biodiesel mandate, officially launched this month. The programme, which mandates a 50% palm oil blend in diesel, is expected to redirect significant volumes of crude palm oil toward domestic fuel production. Indonesia’s government has stated that current CPO supply can support B50 this year, though higher output will be needed beyond 2026. The mandate has already lifted sentiment across the vegetable oil complex.

Supply Dynamics and Price Outlook

Supply fundamentals are tightening. The Malaysian Palm Oil Council (MPOC) has guided for CPO prices in the range of MYR 4,400–4,650 per tonne in July, citing a tighter supply outlook. Thailand’s recent restrictions on palm oil exports are also reshaping regional trade flows, potentially diverting more demand toward Malaysia and Indonesia.

Meanwhile, global crude oil prices remain firm, providing a floor for palm oil as a biodiesel feedstock. The Middle East conflict has reinforced this link, with vegetable oil markets increasingly sensitive to crude movements. Stronger soybean oil prices have also lent support to the palm oil complex.

What to Watch

Traders should monitor Indonesia’s B50 implementation pace and any policy adjustments, as well as India’s import patterns ahead of the festive season. The interplay between crude oil volatility and palm oil’s biofuel premium will remain a key price driver in the weeks ahead.

Sources: BusinessToday Malaysia; Oils & Fats International; The Edge Malaysia; CME Group; TradingView; BW Businessworld

Indonesia has officially launched its B50 biodiesel programme, mandating a 50 percent blend of palm oil-based biodiesel in diesel fuel. The move, confirmed by multiple reports in early July 2026, represents a significant escalation in the country's biofuel policy and is expected to substantially increase domestic crude palm oil consumption.

Government statements indicate that current crude palm oil supply can support the B50 mandate this year, though officials acknowledge that higher output will be needed in the future to sustain the programme. The policy is part of a broader energy security push, but its timing coincides with a period of lower global oil prices, which could test the economic viability of the mandate.

Supply and demand implications

The B50 mandate is set to absorb a larger share of Indonesia's palm oil production, tightening export availability. Analysts expect this to support global palm oil prices, as less supply reaches the international market. Malaysian palm oil sector observers have noted that Indonesia's policy could benefit Malaysian producers by reducing competition in export markets.

However, concerns are emerging from domestic stakeholders. Indonesian farmers have expressed worries about the impact of the mandate on feedstock availability and potential upward pressure on crude palm oil prices. The policy's success hinges on adequate supply from plantations and mills, as well as the ability of the biodiesel industry to scale up blending capacity.

Regional and compliance considerations

Bengkulu province has announced plans to build its own biodiesel plant by 2027, signalling local government interest in participating in the biofuel supply chain. This development could help decentralise production and reduce logistical bottlenecks.

For compliance-minded buyers, the B50 mandate introduces new variables in supply planning. Importers of Indonesian palm oil may face reduced spot availability and higher premiums. The policy also reinforces the need for buyers to monitor domestic Indonesian policy shifts closely, as they directly affect export volumes and pricing dynamics.

The B50 rollout comes amid a broader global push for renewable energy, but Indonesia's aggressive blending target sets it apart from other producers. The mandate's long-term sustainability will depend on continued investment in plantation productivity, refinery capacity, and the evolution of global energy prices.

Sources: BioEnergy Times; Quantum Commodity Intelligence; Oils & Fats International; mediaselangor.com; The Jakarta Post

The Splitting Process

Oleochemical splitting—also called fat splitting or hydrolysis—is the industrial process that breaks triglycerides (fats and oils) into fatty acids and glycerine. The reaction uses high-pressure steam at temperatures around 250°C and pressures of about 50 bar, without catalysts. Water molecules attack the ester bonds, releasing free fatty acids and a dilute glycerine stream.

Glycerine Recovery Steps

Once splitting is complete, the mixture separates into two phases: a fatty acid layer (top) and a sweetwater layer (bottom) containing roughly 10–20% crude glycerine, along with water, residual fats, and impurities.

1. Sweetwater Concentration The sweetwater is first evaporated to raise glycerine concentration to about 80–88%. This step removes most of the water, reducing volume for downstream processing.

2. Purification Concentrated crude glycerine undergoes purification to remove salts, organic residues, and color bodies. Common methods include: - Ion exchange to strip ionic impurities - Activated carbon treatment to adsorb color and odor compounds - Distillation under vacuum to separate high-purity glycerine from heavier fractions

3. Refining to Grades After purification, glycerine is typically refined to 99.5% or higher (USP/EP grade) or 80% technical grade, depending on end-use. The final product is clear, odorless, and hygroscopic.

Why This Matters for Buyers

Glycerine from oleochemical splitting is a consistent, high-purity co-product. Unlike biodiesel-derived glycerine (which often contains methanol and catalyst residues), splitting-derived glycerine requires less intensive refining. This makes it a preferred source for pharmaceutical, food, and personal-care applications.

Procurement managers should note that glycerine yields from splitting are roughly proportional to oil throughput—about 10% by weight of the feedstock oil. Supply availability is tied to fatty acid production, not independent glycerine demand, which can affect price stability.

Quality Considerations

Buyers specify glycerine by purity, color (APHA), and residual ash. Splitting-derived glycerine typically meets these specs with minimal variability. However, the feedstock oil quality—especially free fatty acid content and impurities—can influence the sweetwater composition and final refining cost.

Market Context

Glycerine from oleochemical splitting competes with synthetic glycerine and biodiesel co-product. Its production is geographically concentrated near fatty acid plants in Southeast Asia and Europe. Understanding the recovery process helps buyers evaluate supply chain reliability and negotiate specifications with confidence.