Palm oil sits at the center of food oils and biofuel supply chains. As exports surge in producer countries like Indonesia and Malaysia, the page breaks down what drives demand through policy, production capacity, and supply-chain performance. It also maps the environmental side—from land-use change and fertilizer-related emissions to wide life-cycle impacts and measurable oil and biodiesel properties—so you can connect market signals to climate and sustainability outcomes.
Key Takeaways
- Palm oil represented 37.0% of global vegetable oil consumption in 2022 (largest share)
- Global biodiesel production capacity linked to palm oil feedstocks exceeded 20 million tons in 2022 (sector estimate)
- Indonesia’s palm oil export value exceeded $30 billion in 2022
- Malaysia’s palm oil export value exceeded $20 billion in 2022
- The global palm oil market is forecast to reach $118.6 billion by 2030 (IMARC projection)
- Earthworm Foundation found 1,200+ active HCV/HCS assessments were completed in certified concessions by 2022 (program metric)
- The EU Renewable Energy Directive II (RED II) sustainability criteria led to 100% of biofuel feedstock in compliance schemes needing sustainability documentation (scope requirement)
- Fertilizer use can account for roughly 30% of palm oil plantation greenhouse gas emissions in life-cycle assessments (LCA share)
- Land-use change emissions dominate palm oil climate impact when forests are converted, with several LCAs reporting >50% of total GHG from land conversion
- Life-cycle GHG emissions for crude palm oil biodiesel vary widely, ranging from about 30 gCO2e/MJ to over 200 gCO2e/MJ depending on yield and land-use change assumptions (review range)
- Palm kernel oil content is about 45% oil by mass in palm kernels (measured composition)
- Palm stearin melting point is commonly about 44–52°C depending on fractionation grade (measured property range)
- Palm olein iodine value is typically around 50–60 g I2/100 g (measured oil property range)
- In Indonesia, the Biodiesel Program mandate targets 30% biofuel blend (B30) in 2022, a policy lever driving palm oil biodiesel demand.
- Palm kernel shell is reported to have a higher heating value (HHV) around 17 MJ/kg in biomass characterization studies.
In 2022 palm oil led global vegetable oil use and exports, while sustainability and climate impacts remained hotly debated.
Related reading
01 · Category
Environment & Climate8 stats
01
Fertilizer use can account for roughly 30% of palm oil plantation greenhouse gas emissions in life-cycle assessments (LCA share)
02
Land-use change emissions dominate palm oil climate impact when forests are converted, with several LCAs reporting >50% of total GHG from land conversion
03
Life-cycle GHG emissions for crude palm oil biodiesel vary widely, ranging from about 30 gCO2e/MJ to over 200 gCO2e/MJ depending on yield and land-use change assumptions (review range)
04
Oil palm expansion is associated with biodiversity loss; a meta-analysis reported significant species richness declines in converted tropical forests (effect quantified)
05
Palm oil plantations can reduce local water quality; studies report increases in biochemical oxygen demand (BOD) and suspended solids in effluent (measured)
06
Mill effluent from palm oil processing has high biochemical oxygen demand, often in the range of 10,000–25,000 mg/L (reported parameter range)
07
Empty fruit bunches (EFB) and palm kernel shells can reduce fossil fuel use in mills; reported energy substitution can be 30–70% of heat demand in some configurations (measured/process metric)
08
Water withdrawals for palm oil mills can be several cubic meters per ton of FFB processed; studies report ranges around 2–10 m3/ton (process measure)
Interpretation
Environment & Climate Interpretation
For the Environment and Climate category, the biggest driver of palm oil’s greenhouse gas footprint is that land-use change from forest conversion often contributes more than 50% of total life-cycle emissions, while fertilizer use adds about 30% and biodiesel emissions can swing from roughly 30 to over 200 gCO2e per MJ.
02 · Category
Processing & By Products8 stats
01
Palm kernel oil content is about 45% oil by mass in palm kernels (measured composition)
02
Palm stearin melting point is commonly about 44–52°C depending on fractionation grade (measured property range)
03
Palm olein iodine value is typically around 50–60 g I2/100 g (measured oil property range)
04
Crude palm oil density is typically around 0.89–0.91 g/mL at 40°C (measured physicochemical property range)
05
Palm kernel shell can provide boiler fuel; typical higher heating value (HHV) is reported around 16–20 MJ/kg (measured energy content)
06
Empty fruit bunches (EFB) have reported moisture content around 50–65% (measured range)
07
Palm oil deodorizer distillate (PODD) contains about 60–75% free fatty acids (reported composition)
08
Palm oil can be fractionated to produce palm stearin and palm olein; a typical stearin fraction yield is about 35–45% by mass (reported operating yields)
Interpretation
Processing & By Products Interpretation
For the Processing and By Products angle, the palm value chain looks highly yield focused because palm kernels deliver about 45% oil by mass while key fractions like palm stearin melt around 44 to 52°C and palm olein shows iodine values of about 50 to 60 g I2 per 100 g, with the rest of processing outputs such as EFB reaching roughly 50 to 65% moisture and kernel shells providing boiler fuel with an HHV near 16 to 20 MJ/kg.
03 · Category
Trade & Economics3 stats
01
Indonesia’s palm oil export value exceeded $30 billion in 2022
02
Malaysia’s palm oil export value exceeded $20 billion in 2022
03
The global palm oil market is forecast to reach $118.6 billion by 2030 (IMARC projection)
Interpretation
Trade & Economics Interpretation
From a Trade and Economics perspective, palm oil is already a major global trade engine with Indonesia exporting over $30 billion in 2022 and Malaysia over $20 billion, and the market is projected to grow to $118.6 billion by 2030.
More related reading
04 · Category
Processing & Byproducts3 stats
01
Palm kernel shell is reported to have a higher heating value (HHV) around 17 MJ/kg in biomass characterization studies.
02
Oil extraction efficiency from fresh fruit bunches in mills is commonly reported around 19–23% oil extraction rate by mass in performance studies of conventional screw press systems.
03
Palm oil fractionation yields a stearin fraction that typically represents about 40% of total palm oil by mass in industrial operations, with the remaining fraction as olein.
Interpretation
Processing & Byproducts Interpretation
Across processing and byproducts, palm kernel shell stands out with an HHV of about 17 MJ/kg while mills extract roughly 19 to 23% oil from fresh fruit bunches and fractionation commonly yields a stearin output around 40% by mass, showing how each step concentrates both energy potential and usable fractions.
05 · Category
Demand & Consumption2 stats
01
Palm oil represented 37.0% of global vegetable oil consumption in 2022 (largest share)
02
Global biodiesel production capacity linked to palm oil feedstocks exceeded 20 million tons in 2022 (sector estimate)
Interpretation
Demand & Consumption Interpretation
In the demand and consumption landscape, palm oil held the largest share at 37.0% of global vegetable oil consumption in 2022 and strong feedstock demand is further reinforced by biodiesel production capacity linked to palm oil exceeding 20 million tons that same year.
06 · Category
Industry Overview4 stats
01
Earthworm Foundation found 1,200+ active HCV/HCS assessments were completed in certified concessions by 2022 (program metric)
02
The EU Renewable Energy Directive II (RED II) sustainability criteria led to 100% of biofuel feedstock in compliance schemes needing sustainability documentation (scope requirement)
03
In Indonesia, the Biodiesel Program mandate targets 30% biofuel blend (B30) in 2022, a policy lever driving palm oil biodiesel demand.
04
A 2019 meta-analysis reported a 40% average decline in biodiversity indicators (species richness) in converted tropical forests relative to primary forests, consistent with palm-driven conversion in some landscapes.
Interpretation
Industry Overview Interpretation
For the industry overview, these findings point to rising demand and tighter sustainability expectations as Indonesia targets a 30% B30 biodiesel blend in 2022 and the EU’s RED II helped ensure full feedstock compliance, while biodiversity impacts remain a major concern with a 40% average decline in species richness in converted tropical forests.
Reference
Cite This Report
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APA
Stefan Wendt. (2026, February 13). Palm Oil Statistics. Gitnux. https://gitnux.org/palm-oil-statistics
MLA
Stefan Wendt. "Palm Oil Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/palm-oil-statistics.
Chicago
Stefan Wendt. 2026. "Palm Oil Statistics." Gitnux. https://gitnux.org/palm-oil-statistics.
Sources & references
28 datasets cited across this report · attribution is report-level
+18 additional datasets cited (not shown individually)