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When fuel demand increases the value of soybean oil, processors have an incentive to crush more soybeans. Crushing cannot produce oil alone: it also produces soybean meal, so the extra fuel-driven crush adds meal to the feed system. Livestock producers may use more of it, exporters may ship more of it, and prices may come under pressure if supply grows faster than demand. There is no automatic price result because crop size, inventories, transportation, processing capacity, trade and competing feed ingredients all intervene.
Why fuel demand creates more soybean meal
A soybean is processed into multiple products in one operation. A crusher separates the bean into oil and a protein-rich meal. If a biodiesel or renewable-diesel market bids soybean oil higher, the processor evaluates the value of both products and may run more beans through the plant. The meal is a joint product: it appears whether or not the processor has a strong market for it.
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The U.S. Foreign Agricultural Service describes a typical output relationship of roughly four parts meal to one part oil. That is a rounded industry ratio, not a guaranteed yield for every soybean, plant or operating season. Moisture, bean composition, extraction technology and refining choices can change actual yields. The key point is physical: increasing oil output also increases meal output.
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Outbyte PC Repair FREERepair Windows errors before they cause bigger problemsFix Now →Outbyte Driver Updater FREEFix the driver behind crashes, sound loss and screen glitchesFind Drivers →| Market signal | Immediate processing effect | Meal consequence |
|---|---|---|
| Higher demand for soybean oil used in biomass-based diesel | Improves the incentive to crush soybeans, subject to plant capacity and margins | More soybean meal is produced at the same time |
| Higher demand for livestock protein | Supports crushing because meal has a stronger outlet | Meal is absorbed by domestic feed users and export buyers |
| Weak meal demand while oil remains valuable | Crushing can still rise, but the processor must discount, store or export meal | Stocks can build and prices can face downward pressure |
The USDA explains that oil-crop processing supplies oil and meal together, while demand for each product can move independently. Its overview is available from the USDA Economic Research Service. The FAS analysis of renewable-diesel growth details the joint-product relationship and the roughly 4:1 meal-to-oil ratio at a typical facility: USDA Foreign Agricultural Service.
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- HIGH PROTEIN CONTENT: Soybean meal provides 45% protein, making it an excellent high-protein supplement for livestock diets.
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- FEED SUPPLEMENT: Designed to be used as a supplement and not as a complete feed substitute for your animals.
- QUALITY TEXTURE: Fine, granular meal texture ensures easy mixing into existing feed rations for consistent nutrient distribution.
- ANIMAL USE ONLY: Intended strictly for animal feed purposes and is not for human consumption.
What soybean meal is used for
Domestic livestock feed
Soybean meal is primarily a protein ingredient for poultry, hogs, dairy cattle, beef cattle and aquaculture rations. Nutritionists balance it with energy sources, amino-acid supplements and other meals according to species, growth stage and local prices. The meal is not converted into fuel simply because the oil was; it remains a feed commodity unless a buyer chooses another industrial use.
USDA ERS reports that domestic consumption accounts for about 74 percent of U.S. soybean meal production. That share gives domestic feed demand the first call on additional output, but it does not guarantee that every new ton will be consumed at home. Herd and flock numbers, feed efficiency, competing ingredients and regional freight costs determine how much feed mills actually buy.
Exports
When crush expansion produces more meal than domestic users can absorb, the surplus can move into export channels. U.S. meal exports reached record highs in marketing year 2023/24 as additional crushing outpaced what domestic demand could use, according to USDA ERS. FAS also links the rise in crushing associated with renewable diesel to greater meal supplies and strong export performance.
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- High Protein Animal Feed: Packed with essential amino acids; ideal for chickens, goats, pigs, and other livestock requiring a plant-based protein source
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- Supports Growth and Production: Helps promote muscle development, feather quality, and consistent egg-laying cycles in poultry
- Pure Soybean Meal Only: Finely ground and free from salt, preservatives, or additives; safe for storage and easy to mix with other feed components
Exports are therefore a balancing outlet, not an automatic destination for every extra bushel. A meal shipment depends on port capacity, ocean freight, exchange rates, foreign feed demand, sanitary rules and competition from meal produced by crushers in other countries. If those channels are constrained, meal may remain in domestic storage or be offered at lower prices to attract buyers.
How large is the change in crushing?
Several official figures show the scale of the recent shift, but each has a specific date and definition.
| Measure | Figure | Qualification |
|---|---|---|
| U.S. soybean crush | 2.49 billion bushels | USDA ERS forecast for marketing year 2025/26, published in a July 2025 chart note; described as nearly 3 percent above the prior year, a record, and about 57 percent of U.S. soybean production. It is a forecast, not a final result. |
| Domestic share of soybean meal production | About 74 percent | USDA ERS figure shown on its oil-crops overview, accessed in 2026. |
| Typical meal-to-oil output | Roughly 4:1 | USDA FAS rounded description for a typical soybean crushing facility; actual yields vary. |
| Soybean oil used for biodiesel | About 5.1 billion pounds in 2013/14 to about 13 billion pounds in 2023/24 | Historical comparison reported in an EPA analysis published in 2026; it does not mean every increase in crushing was caused by fuel demand. |
| Domestic soybean crush | 1,734 million bushels in 2013/14 to 2,410 million bushels in 2024/25 | EPA historical comparison, a 39 percent increase across the cited years. |
The 2025/26 forecast appears in the USDA ERS Charts of Note. The oil-use and crush comparisons are in the EPA analysis. Marketing-year labels matter: they do not describe a single calendar-year harvest or a completed outcome when the number is explicitly a forecast.
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What happens to meal prices?
More meal supply tends to make the market easier for buyers, all else equal, but a fixed price direction cannot be inferred from crush volume alone. A processor may accept a lower meal price if the oil margin is sufficiently attractive. That lower price can stimulate feed use, encourage exports or make soybean meal more competitive with canola meal, sunflower meal, fishmeal and other protein sources.
Demand can offset or exceed the supply increase. Expanding poultry or hog production raises feed use; poor pasture conditions can increase purchased feed for cattle; and foreign livestock growth can strengthen exports. Conversely, disease losses, smaller herds, a substitution toward other ingredients or a recession in feed demand can leave more meal looking for a buyer.
Inventories also matter. A large carry-in stock means an additional crush may add to already ample availability. A tight stock position can absorb the same production increase without a large price response. Weather affects both sides of the equation by changing soybean yields, protein content and the availability of competing crops.
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How fuel use changes soybean trade flows
More domestic processing, potentially fewer whole-bean exports
If U.S. plants crush beans at home instead of exporting them whole, the country exports a different product mix: less unprocessed soybean volume and more meal, oil or both. This is a market tendency, not a one-for-one rule. A bumper crop can support high domestic crush and high whole-bean exports at the same time, while weak margins or limited capacity can preserve bean exports even when oil demand is strong.
Less soybean oil available for other uses
Oil directed to biomass-based diesel is not available for every other buyer. Food manufacturers, industrial users and foreign customers compete for the remaining oil. EPA notes that food and industrial uses compete with biofuel demand and that crush capacity limits how quickly processors can respond. If overseas buyers receive less U.S. oil, they can source palm, canola, sunflower or other oils, or import oil made by crushing soybeans elsewhere.
Policy helps shape the oil signal
USDA ERS states: “The higher usage of soybean oil in biomass-based diesel production is supported by California’s Low Carbon Fuel Standard (LCFS) and the U.S. Environmental Protection Agency (EPA) biofuel blending targets for refiners and importers of gasoline or diesel fuel.” The policy value of low-carbon fuel credits and federal blending obligations can therefore influence the price signal reaching crushers, alongside ordinary supply and demand.
Best Value
- Green growth and nitrogen provider in the garden, great animal feed.
- Typical N-P-K analysis 6-2-1
- Resealable Bag
- No added chemicals or preservatives!
Capacity and infrastructure set near-term limits
A profitable oil market cannot instantly create unlimited meal. Crushers need available plants, rail service, storage, labor, utilities and access to soybeans. EPA identifies crush capacity as a constraint on near-term expansion. New or expanded facilities can take years to permit, finance and build, and a plant located far from livestock or export terminals may face freight costs that reduce its meal value.
When meal output rises faster than local feed demand, storage and logistics become decisive. Interior elevators may send meal by rail or barge to ports, while coastal plants may serve export customers directly. Congestion, seasonal harvest pressure and weather can widen regional price differences even when the national balance looks comfortable.
How to read a report about the effect
- Check the marketing year. A 2025/26 forecast should not be presented as a verified production total. Compare forecasts with later realized data when available.
- Separate crush from oil use. More soybean oil in biodiesel and more total crushing are related, but the oil-use increase is not proof that fuel demand caused every bushel of additional crush.
- Look at the meal balance. Compare production, domestic feed use, exports and ending stocks rather than focusing on crush alone.
- Check capacity and regional basis. National supply can be ample while a nearby feed mill pays a premium because transport or storage is tight.
- Watch substitutes and foreign competition. Changes in other vegetable oils, protein meals, exchange rates and overseas crushing can alter the result.
The National Oilseed Processors Association publishes a monthly crush report covering crush, meal output and yield, meal exports, and oil output and yield. Its site says the report represents 20 member companies accounting for 99 percent of U.S. crush; details are at NOPA’s monthly crush report page. Such reports are useful for tracking realized activity, while USDA outlooks provide forecasts and balance-sheet context.
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What this means for feed buyers and producers
- Feed buyers: More crushing can improve physical availability, but delivered meal prices depend on local freight, storage and competing ingredients rather than the national crush number alone.
- Livestock producers: Compare soybean meal with alternative protein sources using the cost of usable amino acids, not just the quoted price per ton.
- Exporters: Record meal production can create opportunity, but port capacity, ocean rates and foreign demand determine whether additional tons can move profitably.
- Oil users: Biofuel demand can tighten supplies available for food, industrial and export markets, potentially changing the relative price of soybean oil and substitutes.
- Analysts: Treat the 4:1 ratio and the 74 percent domestic-use share as context, not mechanical assumptions for every plant or year.
The practical bottom line
When more soybeans are crushed because fuel markets reward their oil, soybean meal production rises as an unavoidable co-product. Domestic feed users absorb much of it, and exports can expand when the new supply exceeds domestic requirements. The added meal may weigh on prices, but the final outcome depends on feed demand, crop size, inventories, transport, processing capacity, trade policy and substitute oils and meals. Fuel demand changes the incentive to crush; it does not determine the meal market by itself.
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