What’s actually slowing this PC down?
Pick the symptom - the matching free tool is one click away.
When fuel demand makes soybean oil more valuable, crushers may process more soybeans. That process produces soybean meal at the same time, so meal output rises even though the meal is not used as fuel. Domestic livestock feeding absorbs much of the additional supply; any surplus can move into exports, inventories, or lower prices. The actual result depends on feed demand, soybean production, transportation, trade, competing vegetable oils, and available crushing capacity.
The key point is joint production: a stronger market for one soybean product automatically increases the supply of the other.
As an Amazon Associate I earn from qualifying purchases.
Why fuel demand creates more soybean meal
Crushing produces oil and meal together
A soybean crusher cannot selectively make oil while leaving meal production unchanged. Beans are cleaned, cracked, heated and processed to separate soybean oil from a protein-rich solid meal. The oil can go to food, industrial applications, exports or biomass-based diesel. The meal is primarily a livestock-feed ingredient.
The U.S. Foreign Agricultural Service describes a typical output relationship of roughly four parts meal to one part oil at a soybean-crushing facility. That is a rounded industry description, not a guaranteed yield for every plant, bean variety or operating condition. In practical terms, an incentive to produce more oil also creates several times as much meal by weight.
#1 Best Overall
Historically, demand for protein-rich meal was a major reason to crush soybeans. As biomass-based diesel expands, the oil side of the business can become a stronger reason to run plants at higher rates or build additional capacity. The resulting meal is a joint product of that fuel-driven activity. USDA Foreign Agricultural Service analysis explains this meal-to-oil relationship and the effect of renewable-diesel growth on feedstock trade.
The policy and fuel-market signal
Renewable-fuel demand is influenced by programs rather than only by a spot price for diesel. The USDA Economic Research Service 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.” USDA ERS
When those incentives improve the economics of soybean oil, a crusher compares the value of the oil and meal with the cost of beans, energy, labor, transportation and plant capacity. If the combined margin is attractive, the industry may crush more beans. Meal production then increases as a consequence, whether or not meal prices were the original reason for the additional crush.
Free tools Windows power users keep installed
One-click scans. No signup required.
Where the additional meal goes
Domestic livestock feed uses the first share
Meal is a concentrated source of protein and amino acids used in rations for poultry, hogs, cattle and other livestock. USDA ERS reports that domestic meal consumption accounts for about 74 percent of U.S. soybean meal production. That share means an increase in crushing initially enlarges the pool available to domestic feed manufacturers and livestock producers.
Rank #2
- Ideal for Gifting
- Ideal for a bookworm
- Compact for travelling
Domestic use is not a fixed quantity. Feed demand changes with poultry and hog inventories, cattle feeding, production margins, disease conditions, ration economics and the relative prices of alternatives such as canola meal or other oilseed meals. If feed manufacturers can use the extra meal profitably, more of it stays in the United States. If domestic demand is weak or already well supplied, the incremental volume has to find another outlet.
Exports absorb what domestic users do not
U.S. meal exports reached record highs during marketing year 2023/24 as expanded crushing produced more meal than domestic demand could absorb. USDA FAS also describes greater supplies and record export performance linked to the rise in crush. The export share is therefore a balancing mechanism, not a rule that every new ton must leave the country.
Export flows depend on freight rates, port capacity, exchange rates, foreign livestock production, import policies, competing meal supplies and the location of new U.S. crushing plants. A plant near a major feed market may serve domestic customers, while a plant with efficient rail or barge access may compete more directly in export channels.
Do these 3 things before closing this tab:
1Clear out junk files and repair common Windows errors2Scan for outdated or missing drivers - takes under a minute3Repair Windows errors before they cause bigger problemsInventories and prices can carry the remainder
If neither domestic buyers nor foreign customers immediately take the added meal, stocks can build. A larger available supply generally puts downward pressure on prices unless demand, crop losses, transport disruptions or another market shock offsets it. The direction and size of any price move cannot be inferred from crush volume alone.
Meal prices also affect the crush decision through the “crush margin,” the combined value of oil and meal minus the cost of soybeans and processing. A meal surplus can reduce the margin even when oil demand remains strong. That feedback can slow plant utilization, postpone expansion or shift purchases toward other oilseeds.
How large is the current U.S. shift?
The following figures establish the scale, but they cover different marketing years and dates. A marketing year is not the same as a calendar year, and the 2025/26 crush number is a forecast rather than a final result.
| Measure | Figure | Qualification and source |
|---|---|---|
| U.S. soybean crush | 2.49 billion bushels | USDA ERS forecast for marketing year 2025/26, published in July 2025; described as nearly 3 percent above the prior year and a record, equal to about 57 percent of projected U.S. soybean production. USDA ERS chart |
| Domestic share of U.S. soybean meal production | About 74 percent | USDA ERS figure accessed in 2026; the remainder is available for exports and other channels. USDA ERS |
| Typical meal-to-oil output relationship | Roughly 4:1 | Rounded description from USDA FAS in 2024, not a fixed yield for every facility or soybean crop. USDA FAS |
| Soybean oil used for biodiesel | Approximately 5.1 billion pounds to approximately 13 billion pounds | Increase from marketing year 2013/14 to 2023/24, reported in EPA’s 2026 analysis. EPA analysis |
| Domestic soybean crush | 1,734 million bushels to 2,410 million bushels | EPA’s historical comparison for 2013/14 and 2024/25, a 39 percent increase; it does not attribute every bushel of growth solely to fuel demand. EPA analysis |
Taken together, these numbers show why meal exports have grown alongside fuel use. They do not establish a one-for-one causal relationship between a particular gallon of renewable diesel and a particular ton of meal: crop size, feed demand, plant construction, trade and prices all changed during the same period.
What happens to prices?
The supply effect
All else equal, more crushing means more meal available for sale. If feed demand and exports do not rise as quickly, sellers compete for buyers and meal prices can weaken. Lower meal prices may benefit feed manufacturers and livestock producers, but they can reduce the meal revenue that supports a crusher’s overall margin.
Rank #4
The demand and substitution effects
Demand can counter the initial supply pressure. Expanding poultry or hog production can consume additional meal. Foreign buyers may purchase more U.S. meal when local supplies are tight or when U.S. freight is competitive. Feed formulators can also substitute among protein meals as relative prices change. Those responses determine whether the added supply produces a modest price adjustment, a large decline or no sustained decline.
Why no automatic price rule exists
Commodity prices respond to the balance of production, inventories, consumption and trade rather than to one input alone. A poor soybean harvest can tighten both oil and meal supplies even while fuel demand is rising. Conversely, a large crop and weak livestock demand can create ample meal despite strong oil use. Currency movements, tariffs, weather, energy prices and processing outages add further volatility.
How crushing changes soybean and oil trade
Whole beans versus processed products
More domestic crushing can redirect some demand away from exporting whole soybeans. Instead of shipping an unprocessed bean, the United States may ship meal and oil, or consume the oil domestically and export only the meal. This is a change in product mix, not necessarily a permanent reduction in total soybean exports.
Whether whole-bean exports actually fall depends on the size of the crop, domestic inventories, competing origins and foreign crushing capacity. A country that wants soybean meal may import whole beans and process them locally, while another may prefer ready-made meal. Freight costs and port infrastructure often determine which form is most economical.
Best Value
- It can be a gift option
- Comes with secure packaging
- Helpful in various ways
Oil has competing uses
More soybean oil directed to biomass-based diesel leaves less oil immediately available for food, industrial uses or export. EPA notes that food and industrial users compete with fuel producers for soybean oil. If foreign buyers receive less U.S. oil, they can adjust by buying oil from other origins or switching toward other vegetable oils.
These are market channels rather than automatic one-for-one outcomes. Domestic crush capacity limits how quickly the industry can respond, and additional plants require time, capital, permits, equipment and reliable supplies of beans. The availability of substitute oils and the policies governing renewable fuels also affect the final allocation.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.The chain from fuel policy to feed markets
- Fuel incentives increase oil value. Renewable-fuel standards and low-carbon programs can raise the value of qualifying soybean oil relative to alternative uses.
- Crushers evaluate the combined margin. They compare oil and meal revenue with soybean, energy, labor, freight and operating costs.
- Higher utilization or new capacity increases bean processing. The response is limited by existing plants, logistics and the supply of soybeans.
- Meal output rises with oil output. The typical relationship is roughly four units of meal for each unit of oil, subject to plant and crop variation.
- Feed markets absorb part of the increase. Domestic users take about 74 percent of U.S. meal production under the USDA ERS measure, but their needs vary over time.
- Exports, inventories and prices adjust. Surplus meal can move abroad, accumulate temporarily or sell at lower prices until demand catches up.
How to read new soybean-meal headlines
A single monthly crush number rarely answers whether meal prices will rise or fall. Check the surrounding measures before drawing a conclusion:
- Marketing-year label: Confirm whether the figure refers to 2024/25, 2025/26 or another period.
- Forecast or realized data: A USDA forecast can change after acreage, yield, crush and trade estimates are revised.
- Meal disappearance: Compare domestic feed use and exports with meal production to see whether stocks are likely to build.
- Oil value and crush margin: Strong oil prices can encourage crushing even when meal prices are soft, but a severe meal discount can eventually restrain the response.
- Capacity and logistics: New plants, rail rates, barge availability and port congestion determine whether theoretical demand becomes physical shipments.
- Substitute products: Compare canola, sunflower and other protein meals, plus competing vegetable oils on the oil side.
The National Oilseed Processors Association says its monthly crush report covers crush, meal output, meal yield, meal exports, oil output and oil yield for 20 member companies representing 99 percent of U.S. crush. It is a useful near-term operating indicator, but it does not replace full supply-and-demand estimates. NOPA monthly crush report
What this means for feed and commodity markets
For feed buyers, an expansion in fuel-driven crushing can improve physical availability of soybean meal and sometimes reduce the meal component of ration costs. The benefit is not guaranteed: a poor soybean crop, strong livestock production or export competition can keep meal prices firm.
For soybean growers and processors, the development creates both an opportunity and a constraint. Strong oil demand can support local crushing and new outlets for beans, while the accompanying meal must still be sold. A plant’s profitability therefore depends on the value of both products, not on oil alone.
For anyone following agricultural markets, the most accurate interpretation is conditional: fuel demand can raise soybean crush and thereby increase meal supply; domestic feed users absorb much of that supply; exports have recently taken record volumes; and prices adjust according to the broader balance of demand, inventories, trade and substitutes.
Quick wins for a faster PC:
Repair Windows errors before they cause bigger problemsFix Now →Scan for outdated or missing drivers - takes under a minuteDriver Scan →Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
