Soybean Meal Market Explained: Uses, Global Trade, and What Drives the Price

Soybean meal defined Soybean meal is the protein-rich solid byproduct produced when soybeans are crushed to extract soybean oil. It contains 44–48% crude protein and is the dominant animal feed protein ingredient globally — used in poultry, hog, cattle, aquaculture, and pet food rations. The price is set primarily by CBOT soybean meal futures (ticker ZM, 100 short-ton contracts) and is closely linked to South American soybean production, the crush spread, and Chinese livestock demand.

Table of Contents

1. What Soybean Meal Is and Why It Matters
2. The Crushing Process: How Meal Is Made
3. Protein Content Grades: 44% vs 48%
4. The Crush Spread: Meal’s Link to Soybean Prices
5. Global Trade: Argentina Dominates Exports
6. What Drives the Soybean Meal Price
7. CBOT Soybean Meal Futures (ZM)
8. Frequently Asked Questions
9. Key Takeaways

What Soybean Meal Is and Why It Matters

Soybean meal is the world’s dominant protein ingredient for livestock and poultry feed. It is not a food product for direct human consumption — it is the material that feeds the animals that feed people.

Every kilogram of chicken, pork, farmed fish, or beef produced industrially uses soybean meal in the feed ration, in varying amounts depending on the animal type and stage of production. Broiler chickens — the most efficient converters of soybean meal into edible protein — consume approximately 1.8–2.2 kg of feed (typically containing 20–25% soybean meal) to produce 1 kg of live weight.

This central role in animal agriculture means soybean meal markets are tied to:

• Livestock and poultry production cycles
• Chinese pork production (the world’s largest pork market)
• Food demand growth in emerging economies as populations urbanise and add more animal protein to their diets

Global soybean meal consumption is approximately 240–260 million tonnes per year, making it by far the most consumed protein meal in the world — roughly three to four times larger than the rapeseed (canola) meal market.

Soybean meal is sold in two physical forms:

• Pellets: meal compacted into small cylinders, easier to handle and less dusty. Preferred for bulk transport.
• Loose meal (flour): fine powder, harder to handle but sometimes preferred in certain feed mixing systems.

The Crushing Process: How Meal Is Made

Soybean meal is not a primary agricultural product — it is a manufacturing byproduct. You cannot grow soybean meal; you have to crush soybeans to get it.

The crushing process at a large commercial soybean processing plant:

Step 1 — Cleaning and preparation

Incoming soybeans are cleaned to remove foreign material (stems, dirt, stones, broken beans). The beans are then cracked (split into smaller pieces) by cracking rolls, and the hulls (outer seed coat) are removed and separated. The hulls are dried and sold separately as a lower-protein feed ingredient (soybean hulls).

Step 2 — Flaking

The cracked, dehulled bean pieces are conditioned with steam to soften them and then rolled through flaking mills into thin flakes (approximately 0.3 mm thick). These thin flakes dramatically increase surface area, which is critical for efficient oil extraction in the next step.

Step 3 — Solvent extraction

The soybean flakes are transported through a continuous extractor where hexane (a hydrocarbon solvent) is washed through the flakes, dissolving the oil. The oil-rich hexane mixture (called miscella) is separated and distilled to recover the oil and the solvent. The hexane is recovered for reuse.

What remains after extraction is spent flakes — the protein-rich solid with most of the oil removed. This contains approximately 48% crude protein (on a dry basis) and retains some hexane solvent.

Step 4 — Desolventising and toasting

The spent flakes pass through a desolventiser-toaster (DT) — a vessel that uses steam to volatilise and remove the remaining hexane and simultaneously “toast” the meal. Toasting:

• Destroys trypsin inhibitors (natural compounds in soybeans that impair protein digestion in animals)
• Reduces urease activity (another anti-nutritional factor)
• Drives off residual hexane
• Develops the characteristic tan colour and slightly nutty smell of finished soybean meal

The toasting step is critical. Under-toasted meal retains anti-nutritional factors and reduces animal performance. Over-toasted meal has reduced amino acid (lysine) availability. Process control at the DT is a key quality point in crushing.

Step 5 — Grinding, cooling, and pelletising

The toasted meal is ground to a consistent particle size, cooled, and either bagged or loaded in bulk. If pellets are required, the meal is compressed through a pellet die. The finished product is specification soybean meal, ready for sale to feed millers and livestock producers.

The oil byproduct

Soybean oil — the other main output — is refined to produce edible vegetable oil for cooking and food manufacturing, or for biodiesel production. Both outputs (meal and oil) are sold, and their combined value is what determines whether crushing is profitable (the crush spread).

Protein Content Grades: 44% vs 48%

The most important commercial distinction in soybean meal is protein content.

44% crude protein meal (“44% meal” or “hulls-out meal”)

This grade has had the hulls added back in a controlled amount after the extraction process, or was crushed from beans that were not fully dehulled. The additional hull material dilutes the protein content. 44% meal is the standard grade used in most livestock rations because it is slightly less expensive and performs well for most animals.

In trade, 44% meal (also sometimes called “hi-pro 44” to distinguish from even lower grades) is the most commonly traded bulk product. CBOT soybean meal futures (ZM) historically settled at 44% protein equivalent.

48% crude protein meal (“hi-pro meal” or “solvent-extracted meal”)

This grade uses fully dehulled soybeans and results in higher protein content (approximately 47.5–48.5%). It commands a price premium of $20–40/tonne over 44% meal in most markets. 48% meal is preferred in high-performing poultry rations (broiler and layer diets) where maximising protein efficiency matters, and in aquafeed where the protein requirement per unit of feed is higher than for poultry or pigs.

Note on “crude protein”:

Crude protein is measured by the Kjeldahl or Dumas method — it measures nitrogen content and multiplies by a conversion factor. It does not directly measure amino acid availability. The amino acid profile of soybean meal (high lysine, methionine somewhat limiting) is tracked separately by nutritionists as “digestible amino acids” and is not fully captured in the crude protein percentage.

The Crush Spread: Meal’s Link to Soybean Prices

Soybean meal price cannot be understood independently of the crush spread — the relationship between soybean input costs and meal/oil output values.

The crush spread formula:

A soybean crusher takes in soybeans and produces meal and oil. The standard conversion ratio on CBOT is:

• 1 bushel of soybeans (56 lbs) → approximately 44 lbs of meal + 11 lbs of oil (with some processing loss)

Crush margin = Value of meal output + Value of oil output − Cost of soybeans − Processing costs

If crush margins are positive and attractive, crushers run at high capacity, processing more soybeans into meal and oil — which increases meal supply and can depress meal prices while reducing soybean supply and supporting bean prices.

If crush margins go negative (soybeans too expensive relative to meal and oil), crushers reduce throughput or idle capacity — reducing meal supply and supporting meal prices while reducing demand for soybeans.

This relationship means soybean meal prices are partly a function of:

1. Soybean meal demand directly (from feed millers and livestock producers)
2. Soybean oil demand (which pulls crushing activity regardless of meal demand)
3. Soybean supply and price (which is the input cost that crushers must cover)

In 2022-23, when the US government’s Renewable Fuel Standard incentivised increased biodiesel and renewable diesel (HVO) production, soybean oil demand surged — driving crush margins higher even when meal demand was not the primary driver. This oil-driven crush activity increased meal production and pressured meal prices from the supply side.

Global Trade: Argentina Dominates Exports

The geography of soybean meal production and export is quite different from the geography of soybean production.

The key distinction: the US, Brazil, and Argentina are the three largest soybean producers, but the US and Brazil predominantly export raw whole soybeans, while Argentina predominantly exports processed soybean meal and oil.

This reflects Argentine trade policy. Argentina imposes export taxes that are lower on processed soybean products (meal and oil) than on raw soybeans — providing a fiscal incentive to crush domestically rather than export beans. This policy turned Argentina into the world’s dominant soybean meal exporter.

Top soybean meal exporters:

Country	Annual export volume (approx.)	Key buyers
Argentina	28–33 million tonnes	EU, Southeast Asia, Middle East
Brazil	15–18 million tonnes	EU, Thailand, Vietnam, Indonesia
United States	12–15 million tonnes	Philippines, Mexico, Canada
Paraguay, India	1–3 million tonnes each	Regional buyers

The EU as the dominant importer

The European Union imports approximately 18–22 million tonnes of soybean meal per year — making it far and away the world’s largest soybean meal import market. EU livestock and poultry sectors (Netherlands, Germany, Spain, Denmark) are heavily reliant on soybean meal as a feed protein ingredient. Despite ongoing sustainability debates about Brazilian deforestation and GMO concerns, the EU remains structurally dependent on South American soybean meal imports.

Other significant importers:

Indonesia, Thailand, Vietnam, and the Philippines are significant soybean meal importers in Southeast Asia. Mexico imports substantial US soybean meal for its large broiler industry. Japan imports soybean meal for poultry and aquafeed sectors.

What Drives the Soybean Meal Price

1. South American crop cycles (the dominant driver)

Brazil and Argentina together produce approximately 50–55% of global soybean output. Their production cycles — planting in October-November, harvest in February-April — create a seasonal cycle in soybean availability that feeds through to meal.

When La Niña drought conditions hit Argentina (as in 2021-22 and again in 2023), Argentine soybean production collapses — reducing Argentine crushing activity, cutting meal export supply, and causing global meal prices to spike. The 2022 Argentine drought caused soybean production to fall from a normal ~43–47 million tonnes to approximately 22 million tonnes — a 50% crop failure that drove soybean meal prices to multi-year highs.

2. The crush spread and oilseed policy

As explained above, US biofuel policy (Renewable Fuel Standard) affects soybean oil demand, which affects crush activity, which affects meal supply. When oil demand pulls more crushing, more meal enters the market as a byproduct. When crush activity slows, meal supply tightens.

3. Chinese livestock demand

China’s pork production sector — the world’s largest — is a major soybean meal consumer. After African Swine Fever (ASF) devastated China’s pig herd in 2018-19 (killing approximately 40–50% of Chinese pigs), Chinese soybean meal demand collapsed sharply as the feed sector shrank. As the Chinese pig herd rebuilt from 2020-22, soybean meal demand recovered, tightening global supply.

Chinese pork production cycles are a key demand variable for global soybean meal prices. ASF outbreaks, which continue to periodically affect Chinese swine herds, remain a downside risk to Chinese meal demand.

4. Feed protein alternatives

Soybean meal competes with other high-protein feed ingredients: rapeseed (canola) meal, sunflower meal, fishmeal, DDGS (dried distillers grains, a corn ethanol byproduct), and pea protein. When soybean meal prices are high relative to alternatives, feed formulators substitute. This puts a partial ceiling on how high soybean meal prices can rise before substitution kicks in.

5. USDA WASDE and CONAB reports

The USDA World Agricultural Supply and Demand Estimates (WASDE), published monthly, and CONAB (the Brazilian supply and demand agency), published monthly for Brazilian crop estimates, are the primary market-moving reports for soybean and soybean meal markets. Surprises in production estimates or carry-out stocks figures cause immediate futures price movements.

CBOT Soybean Meal Futures (ZM)

CBOT soybean meal futures (ticker ZM) are the global pricing benchmark for soybean meal.

Contract specifications:

• Exchange: Chicago Board of Trade (CBOT), CME Group
• Underlying: Soybean meal, minimum 44% crude protein
• Contract size: 100 short tons (approximately 91 metric tonnes)
• Price quotation: US dollars per short ton
• Delivery: Approved facilities in Chicago, Burns Harbor (Indiana), Toledo, and other CBOT-approved points
• Contract months: January, March, May, July, August, September, October, December

Soybean meal futures are among the most actively traded agricultural commodity futures globally. The ZM contract is liquid enough for commercial hedgers to use effectively — feed mills, livestock producers, and soybean crushers are active participants.

The ZS-ZM-ZL complex

Soybean (ZS), soybean meal (ZM), and soybean oil (ZL) futures are the “soy complex” — three linked contracts that trade together. Price relationships between them embody the crush spread. When ZM rises relative to ZS (wider meal-to-bean spread), crushing margins expand and processors may increase run rates. When ZS rises relative to ZM and ZL combined (narrowing margins), crushers pull back.

Argentine weather forecasts for the November-February growing season are among the most market-sensitive information in the soy complex, directly influencing ZS, ZM, and ZL prices through expected supply changes.

Frequently Asked Questions

Is soybean meal the same as soy flour?

No. Soy flour is a food ingredient made by grinding whole roasted soybeans — it retains most of the oil and is used in baked goods, protein supplements, and food products. Soybean meal is a feed ingredient produced by solvent extraction — most of the oil is removed. Soy flour is higher in fat and has lower protein content than extracted soybean meal. They are different products made by different processes for different markets.

Why is Argentina so dominant in soybean meal exports?

Argentine trade policy is the primary reason. Argentina taxes soybean exports at a higher rate than soybean meal and oil exports, incentivising domestic crushing rather than raw bean exports. Argentina’s crushing industry — the largest by installed capacity in the world — is concentrated around Rosario, which is fed by the Paraná river system carrying beans from central and western Argentina. Argentina crushes over 35 million tonnes of soybeans in a good year, predominantly for export as meal and oil.

What happened to soybean meal prices during the 2022 Argentine drought?

Argentine soybean production fell from approximately 43-44 million tonnes in 2021 to approximately 22 million tonnes in 2022 — one of the worst droughts in Argentine soybean history. Argentine soybean meal exports dropped sharply. CBOT ZM prices surged from approximately $350-380/short ton in mid-2021 to approximately $500/short ton by mid-2022, as global buyers scrambled for alternative supplies from Brazil and the US, and as demand from recovering Chinese pig herds added pressure.

How do feed millers use soybean meal futures to hedge?

A feed mill that has contracted to supply poultry feed at a fixed price for the next 6 months faces raw material cost risk — if soybean meal prices rise, its margin is squeezed. To hedge, the mill buys ZM futures for the months it needs to procure meal. If meal prices rise, the futures gain in value, offsetting the higher physical purchase cost. If prices fall, the futures position loses value, but the mill’s physical purchase is cheaper. The hedge locks in a known cost basis.

What is “high-pro” soybean meal?

“High-pro” (high-protein) soybean meal typically refers to the 48% crude protein grade, produced from fully dehulled soybeans. This is distinguished from the standard 44% meal (which is the CBOT contract specification) by its higher protein content, which makes it preferred for high-performance poultry and aquafeed rations. The 48% grade commands a premium that varies with overall meal market conditions.

Does soybean meal have any sustainable sourcing certifications?

Yes. The Round Table on Responsible Soy (RTRS) certification and ProTerra certification exist for soybean meal produced without deforestation, with traceability back to farm level. The EU’s deforestation regulation (EUDR), which began taking effect in 2025-2026, requires importers of soy products (including soybean meal) to verify that their supply chains are not associated with post-2020 deforestation. This is reshaping supply chain documentation requirements for European soybean meal importers.

Key Takeaways

• Soybean meal is the protein-rich solid byproduct of soybean crushing — the world’s dominant animal feed protein ingredient, consumed at approximately 240–260 million tonnes per year.
• The crushing process involves cleaning, cracking, dehulling, flaking, hexane solvent extraction, desolventising/toasting, and pelletising — soybean meal is an industrial product, not a raw agricultural commodity.
• The two main protein grades are 44% crude protein (standard, most widely traded) and 48% crude protein (“hi-pro,” preferred for poultry and aquafeed), with the 48% commanding a $20–40/tonne premium.
• The crush spread — the value of meal plus oil minus the cost of soybeans and processing — determines crushing profitability and is the primary link between soybean meal prices and soybean market dynamics.
• Argentina is the world’s dominant soybean meal exporter (28–33 million tonnes/year), driven by trade policy that incentivises domestic crushing over raw bean exports. The EU is the world’s largest importer.
• Price drivers include South American crop conditions (especially Argentine droughts), the crush spread and biofuel policy, Chinese livestock demand cycles, and availability of substitute proteins.
• CBOT soybean meal futures (ZM, 100 short-ton contracts) are the global pricing benchmark and are used by feed mills, crushers, and livestock producers to hedge meal price risk.
• For logistics professionals, soybean meal moves in bulk carriers on the Argentina/Brazil-to-Europe and South America-to-Asia routes, with Argentina’s Rosario port complex (on the Paraná River) as the world’s most important single origin for soybean meal exports.

Related Reading

To deepen your understanding of the topics covered in this article, explore these related guides: the upstream stages from planting to crushing, the co-product that determines crush margins alongside meal and the livestock market where meal demand ultimately originates.