Malaysian crude palm oil futures edged lower on Friday, with the benchmark contract slipping 0.3% to $1,104 per metric ton (RM4,515/MT), as bearish macro and technical signals outweighed bullish weather and demand-support narratives. Global palm oil, as tracked by the World Bank, stood at $1,101/MT, while Indonesia’s reference price was $1,030/MT.

Price Consolidation Ahead of Key Data The market is treading water ahead of the upcoming MPOB July supply-demand report, which our model outlook suggests could be an inflection point. Recent headlines hint at a potential inventory drawdown amid a strengthening El Niño, spurring some speculative buying, but this has been offset by heavy external headwinds.

What’s Pushing Prices Up El Niño weather premium – The Oceanic Niño Index (ONI) has climbed to +1.4°C, signaling a strong El Niño event. Dry conditions are already visible in key growing regions of Sabah, Sarawak, and Kalimantan. Historically, such events curb Southeast Asian palm output with a 6- to 12-month lag, supporting medium-term bullish sentiment. Wide palm-soybean oil discount – Soybean oil is quoted at $1,581/MT, leaving palm oil at a $477/MT discount. This widest-in-class spread strongly incentivizes demand switching from soy to palm, especially in price-sensitive markets like India, and provides a structural price floor. Indonesia’s B50 rollout – Pertamina’s nationwide launch of B50 biodiesel distribution confirms structural demand growth, though our model views this as largely priced in and not a near-term catalyst. Pre-report positioning – Anticipation that the MPOB July data may show an inventory inflection—potentially a drawdown—is sparking some bullish bets ahead of the release.

What’s Pushing Prices Down Crude oil slide – Brent crude, despite a 1.6% bounce to $84/bbl today, fell 7.3% over the preceding seven sessions. Cheaper crude shrinks the palm oil-gas oil (POGO) spread and erodes the economics of discretionary biodiesel blending, capping CPO’s energy-linked upside. Soybean oil weakness – CPO tracked declines in the soybean complex, as highlighted by an Aug. 3 Bernama report. The lingering softness in soy oil exerts persistent spillover pressure on palm. Seasonal output surge – Malaysian production historically rises by around 10% between July and October. The latest MPOB data for June showed a 8.1% month-on-month output increase to 1.64 million tons, and without immediate weather disruption, this seasonal wave adds supply weight. Speculative long liquidation risk – CFTC data show soybean oil net longs fell by 29,000 contracts but remain in the 80th percentile historically. Extended positioning leaves the market vulnerable to sharp sell-offs if bullish momentum falters. Technical death cross – The 5-day simple moving average has crossed below the 20-day SMA, a classic short-term bearish signal, even as the MACD histogram remains barely positive.

Bearish Factors Hold the Upper Hand Our model’s factor balance tallies 4 bullish against 5 bearish drivers, placing the near-term advantage with sellers. For this tilt to reverse, traders would need to see a decisive recovery in Brent crude above its recent breakdown levels, a sustained bounce in soybean oil, or an MPOB July report that reveals a significantly larger inventory drop than anticipated—potentially due to early El Niño effects on yields. Until then, consolidation with a downside bias remains the base case.

Malaysian crude palm oil futures settled around $1,104 per metric ton (RM 4,515), down 0.3% from the previous session, as the market weighed peak production against supportive demand signals. The global benchmark hovered near $1,101/MT, while Indonesia's reference price stood at about $1,030/MT. Brent crude held at $82 per barrel, offering little direction to biodiesel-linked palm oil values.

Supply: Stocks Building, Output Rising

Malaysia's June MPOB data showed CPO production at 1,638,777 tonnes, up 8.1% month-on-month, while closing stocks rose 3.7% to 1,332,697 tonnes. Exports climbed 5.7% to 1,198,567 tonnes, but imports surged 135.3% to 103,113 tonnes, reflecting arbitrage opportunities and regional logistics. The FFB reference price slipped 1.3% to RM 48.90.

Our model outlook suggests prices are likely to drift lower over the next seven trading days, pressured by the seasonal production peak, a soft energy complex, and positioning ahead of the MPOB July report, which is expected to show further inventory accumulation. However, the downside is cushioned by firm Indian demand and the wide BOPO spread, while El Niño concerns limit aggressive selling.

Weather: El Niño Tightens Supply Outlook

ENSO conditions are firmly in El Niño territory (ONI +1.4), with notably dry weather across Sabah, Sarawak, and Kalimantan. This raises the risk of an earlier-than-expected production downturn, which could flip the market narrative from surplus to scarcity. The upcoming MPOB release, due in about four days, is the key event risk—a larger-than-expected inventory build could trigger short-term selling, while any signs of production stress could spark a rebound.

Demand: India and Biodiesel Provide Support

India's July edible oil imports hit a 10-month peak on higher palm oil buying, reinforcing the demand-side strength. The country is also seeking sunflower oil alternatives amid Black Sea disruptions, which could further support palm oil uptake. Meanwhile, Indonesia, Malaysia, and Thailand have raised their biodiesel mandates for 2026, and Pertamina has launched nationwide B50 distribution in Indonesia. These policy moves underpin structural demand for palm oil as a fuel feedstock, even as they contribute to global edible oil price pressures flagged by the RBI.

Market Context

CPO futures have seen profit-taking and losses on weaker soybean and crude oil prices, but rising crude has limited the damage. The market is on track for a weekly gain, supported by a strong export outlook. The Malaysian Palm Oil Council sees CPO prices stuck in a RM 4,400–4,650 range for August, aligning with current levels. Global food prices edged up in July, with edible oils among the contributors, per the FAO.

Takeaway for Buyers

Watch the MPOB July report for inventory direction—a bigger build could pressure prices, but any El Niño-driven production slowdown could quickly reverse sentiment. Also monitor Indian import pace and biodiesel policy updates, as these are the key demand-side variables shaping the near-term balance.

Sources: 富途牛牛; Business Standard; Bernama; energynews.pro; ANI News; Finimize

Palm oil policy across Southeast Asia is tightening in 2026, with Indonesia, Malaysia and Thailand all raising their biodiesel mandates. The moves, reported on August 7, are set to increase domestic palm oil consumption in the region, potentially limiting export availability and supporting prices during a period of peak production.

Indonesia has been the most aggressive, with state energy firm Pertamina launching nationwide B50 biodiesel distribution on July 27. The higher blend—50% palm oil-based biodiesel—is expected to absorb a significant portion of the country's palm oil output, reducing the volume available for export. This comes as Indonesia's reference price stands at about $1030/MT, below the global benchmark of $1101/MT, reflecting a policy-driven domestic market.

The ripple effects are being felt in India, the world's largest vegetable oil importer. The Reserve Bank of India has linked the broad-based rise in edible oil prices to biofuel use, specifically citing Indonesia's B50 mandate. This has raised concerns about supply security and price stability in India, which relies heavily on imports to meet domestic demand.

In a related development, Indian industry body IVPA has sought curbs on duty-free edible oil imports from Nepal, which have been growing and are seen as a way to bypass import duties. This adds another layer of complexity for buyers navigating a market already under pressure from higher global prices and tighter supply.

For compliance-minded buyers, the policy shift means several things. First, the higher mandates in producing countries could tighten global supply, especially if El Niño-related dry weather in Kalimantan and Sarawak affects production later in the year. Second, the spread between biodiesel and diesel—currently wide—makes blending economically attractive, but any change in crude oil prices (Brent at about $82/bbl) could alter that calculus. Third, buyers should monitor the MPOB July report, due in about four days, for signs of inventory builds that could ease prices.

Our model outlook suggests CPO prices will drift lower over the next seven trading days, pressured by peak production and a weak energy complex. However, firm Indian demand and the wide BOPO spread provide a floor. The key risk is the MPOB report: a larger-than-expected stock build could trigger selling, while any hint of an early production downturn due to El Niño could spark a rebound.

In this environment, buyers should stay agile, watching both policy announcements and weather patterns, as the interplay between mandates, supply and demand will define price direction in the coming weeks.

Sources: energynews.pro; Biofuels International Magazine; livemint.com; livemint.com

Price action

The Malaysian crude palm oil (CPO) benchmark settled the week at approximately $1,104 per metric ton, or RM 4,515, down 0.3% from the previous session. The global World Bank benchmark stood at about $1,101/MT, while Indonesia's reference price was set near $1,030/MT. Prices have held in a narrow band, with the market digesting a fresh round of supply data and awaiting the next official inventory read.

Energy and currencies

Brent crude traded at roughly $82 per barrel, flat on the session, keeping biodiesel blend economics broadly unchanged. The ringgit was quoted near 4.09 per dollar, while the rupiah hovered around 17,941 per dollar. Currency moves were modest, offering little directional impetus for exporters or importers.

MPOB June data

The Malaysian Palm Oil Board's June release showed CPO production at 1,638,777 tonnes, up 8.1% month-on-month, while closing stocks rose 3.7% to 1,332,697 tonnes. Exports increased 5.7% to 1,198,567 tonnes, and imports jumped 135.3% to 103,113 tonnes. The FFB reference price slipped 1.3% to RM 48.90. The data confirms a seasonal uptick in output, though stock accumulation was slightly softer than some had expected.

Weather and El Niño

The ENSO remains in El Niño territory, with the ONI at +1.4. Notable dryness persists across Sabah, Sarawak, and Kalimantan, raising questions about the durability of the current production recovery. So far, yields have held up, but the market is watching for any signs of earlier-than-usual stress in the second half of the year.

Our model outlook

Our model outlook points to a drift lower in CPO prices over the next seven trading days. Pressures include peak production season, a weak energy complex, and positioning ahead of the MPOB July report, which is likely to show a further build in stocks. Downside is cushioned by firm Indian demand, the wide BOPO spread, and lingering El Niño concerns that keep sellers cautious. The key event risk is the MPOB release due in about four days: a larger-than-expected inventory build could trigger short-term selling, while any hints of an earlier production downturn could spark a rebound.

Week ahead

Attention turns to the MPOB July supply-demand report, due within days, as the primary catalyst. Traders will also monitor Indonesian reference price announcements and any policy signals around biodiesel mandates. Seasonal patterns suggest continued high output, but weather developments across the dry regions will be closely watched for any shift in production expectations.

Precision agriculture in oil palm is often promoted as a leap forward in estate management. The core idea is straightforward: use satellite imagery, drone surveys and yield mapping to see variability within a plantation, then target inputs and interventions where they are needed. The technology is real, but the evidence of its impact is still maturing.

What is well established

Remote sensing has proven reliable for mapping canopy health and vigour. Satellite and drone imagery can detect differences in leaf colour, canopy density and stress indicators across large areas. This is widely used to spot nutrient deficiencies, water stress and early signs of disease or pest damage. The accuracy of these maps is generally good, especially when ground-checked.

Drone surveys have become a practical tool for counting palms and assessing stand density. High-resolution imagery can identify gaps, senescent palms and replanting needs. This is now a routine operation on many estates, replacing slow and costly manual counting.

Yield mapping is more developed in other crops, but oil palm trials have shown that harvest records, when georeferenced, can be used to build yield variability maps. These maps help managers understand which blocks are underperforming and why. The technology to do this is commercially available and has been demonstrated on working estates.

What is still contested

The biggest gap is whether precision agriculture consistently improves yield or profit. Some trials report modest gains in yield or fertiliser efficiency, but others find no significant difference compared with conventional uniform management. The response depends heavily on the scale of variability in the field, the quality of the agronomy, and the cost of the technology.

Claims that precision agriculture can reduce fertiliser use by a fixed percentage are not supported by a consistent body of evidence. Savings appear to be site-specific. In fields with high variability, targeted application can cut waste. In uniform fields, the benefit is small.

Another contested area is predictive analytics – using sensors and models to forecast yield or disease outbreaks. While promising, these tools are still being validated. Their accuracy varies with climate, soil and management practices, and they have not yet been proven across the full range of growing conditions.

Where industry claims outrun the evidence

Some vendors and proponents suggest that precision agriculture can replace ground-based agronomy. That is not supported by the research. Ground truthing – checking what the sensors see – remains essential. The technology is a complement to, not a substitute for, experienced field staff.

Similarly, claims of rapid, large-scale yield gains from drone surveys alone are overstated. Drones provide excellent data, but data alone does not improve yield. The gains come from the management decisions that follow, and those decisions still require agronomic judgement.

What it means practically

For producers, the evidence supports using remote sensing and drones for monitoring and diagnostics – spotting problems early and targeting scouting. Yield mapping is useful for block-level benchmarking and for guiding replanting or soil-sampling programmes. But the business case depends on estate size, labour costs and existing data quality. A smallholder with a few hectares is unlikely to see a return; a large estate with high input costs might.

For refiners and buyers, precision agriculture is not yet a reliable indicator of sustainable or higher-quality supply. It is a management tool, not a certification. Until the yield and profit evidence is stronger, it should be viewed as a promising innovation, not a proven standard. ---

*This article reflects the position as of 8 August 2026. Research moves on, and later work may revise or supersede what is described here. Please verify the current position, and any changes made after this date, before relying on it.*

For procurement managers new to palm products, shortenings are among the most common yet least understood purchases. A shortening is simply a solid or semi-solid fat used to give baked goods their tender crumb, flaky texture, and stable structure. Palm oil is a preferred raw material because it is naturally semi-solid at room temperature, requires little modification, and is cost-effective.

The Building Blocks: Palm Fractions

Palm oil is fractionated to separate it into components with different melting points. The two main fractions are:

• Palm stearin – the harder, higher-melting fraction, providing structure and solidity.
• Palm olein – the softer, lower-melting liquid fraction, contributing spreadability and mouthfeel.

By blending these fractions in different ratios, refiners can tailor a shortening to a specific application. A pie crust needs a firm, flaky fat; a cake icing needs a creamy, spreadable one. The blend ratio is the key lever.

The Role of Hydrogenation and Interesterification

Straight palm fractions may not always match the exact performance of traditional hydrogenated fats. Two processes adjust their functionality:

• Hydrogenation – adds hydrogen to unsaturated fats, increasing hardness and oxidative stability. Fully hydrogenated palm produces a very hard fat, often used in small amounts.
• Interesterification – rearranges fatty acids within and between triglycerides, altering melting behavior without creating trans fats. This is now the preferred method for producing trans-fat-free shortenings.

These processes allow producers to create shortenings with a sharp melting profile – solid at room temperature but melting quickly in the mouth, a quality prized in confectionery.

Practical Buying Considerations

When specifying a shortening, focus on these parameters:

• Slip melting point – indicates the temperature at which the fat fully melts; choose based on your ambient conditions and final product.
• Solid fat content (SFC) – measured at different temperatures, this predicts firmness and plasticity. A higher SFC at 20°C means a firmer shortening.
• Iodine value – a measure of unsaturation; higher values indicate softer, more liquid fats.
• Oxidative stability – important for shelf life, especially if the shortening is used in fried goods.

Always request a technical data sheet and a sample for a bench-top test before committing to a full order.

Common Blend Examples

• All-purpose shortening – often a 50/50 blend of palm stearin and palm olein, with a slip point near 40°C.
• Cake shortening – higher in olein for a creamier texture, often with added emulsifiers to improve aeration.
• Puff pastry shortening – higher in stearin for a firm, layered structure that rolls out cleanly.

These are starting points; your supplier can adjust the blend to meet your exact needs.

Final Advice for Buyers

Understand your application, communicate your temperature and texture requirements, and ask for a tailored sample. Palm fractions are versatile, but the right shortening is a precise blend. With a clear specification, you can source a product that performs consistently and economically.