Overview Soybean meal is the protein-rich co-product obtained after soybeans are crushed to extract soybean oil. It is typically priced on commodity markets as soybean meal with 48% protein, delivered CIF Rotterdam, and quoted in US dollars per metric ton. The Rotterdam benchmark reflects international trade in a standardized, exportable form and serves as a reference for feed manufacturers, traders, and processors. Soybean meal is one of the principal ingredients in compound animal feed because it provides a concentrated source of digestible protein and amino acids, especially for poultry, swine, dairy cattle, and aquaculture feed formulations. It is also used in some industrial and food applications, though feed demand dominates. Because meal is produced jointly with soybean oil, its market is linked to the economics of oilseed crushing rather than to a single end-use sector. This co-product structure makes soybean meal an important part of the broader vegetable oils and protein meals complex. Supply Drivers Soybean meal supply is determined first by soybean production and then by crushing capacity, transport, and export logistics. The main producing regions are the United States, Brazil, Argentina, and, to a lesser extent, Paraguay, China, and India. These regions dominate because they combine suitable growing conditions, large-scale mechanized farming, and established export infrastructure. Soybeans are an annual crop, so supply responds each harvest cycle to planting decisions, weather during flowering and pod fill, and disease pressure. Drought, excess rainfall, heat stress, and pest outbreaks can reduce yields or delay harvests. In South America, the timing of the harvest and the availability of port capacity strongly affect export flows. In North America, inland transport, river levels, and rail access influence the movement of beans to crushers and export terminals. Crushing margins also matter because soybean meal is produced jointly with soybean oil. When oil demand is strong relative to meal demand, crushers may run at higher rates, increasing meal output. Conversely, weak crush margins can limit processing. Storage is feasible, but meal is bulky and can be sensitive to moisture and quality loss, so logistics and handling costs are important. Because soybean meal is derived from soybeans, its supply is constrained by the biological cycle of the crop and by the capacity of the global crushing and shipping system. Demand Drivers Demand for soybean meal is driven primarily by livestock and poultry feed use. It is valued for its high protein content, consistent amino acid profile, and ease of incorporation into compound feeds. Poultry and swine sectors are especially important consumers because they rely on formulated rations where soybean meal often serves as a core protein ingredient. Dairy and beef feedlots also use it, while aquaculture and pet food industries consume smaller volumes. Demand tends to track meat, milk, and egg production because feed use rises with herd and flock sizes. Population growth, urbanization, and rising incomes support long-run demand for animal protein, which in turn supports meal consumption. Substitution is an important feature of the market. Soybean meal competes with rapeseed meal, sunflower meal, cottonseed meal, palm kernel meal, and, in some regions, distillers’ grains and other feed by-products. Feed formulators adjust rations based on relative prices, protein content, amino acid balance, and local availability. Corn and other energy feeds are complements because livestock diets combine protein and energy sources. Seasonal patterns can appear where feed demand follows poultry placement cycles, dairy feeding regimes, or regional livestock production rhythms, but the dominant driver is structural feed demand rather than direct human consumption. Regulatory and technology factors, such as feed formulation standards and the use of amino acid supplements, influence how much soybean meal is required per unit of animal output. Macro and Financial Drivers Soybean meal prices are influenced by the U.S. dollar because the benchmark is quoted in dollars while production and consumption are spread across many currencies. A stronger dollar can make dollar-priced meal more expensive for importers, while a weaker dollar can support demand. The market is also sensitive to freight costs, interest rates, and storage economics because crushers, merchants, and feed users manage inventories across time and geography. When storage is costly or supply is abundant, futures markets can exhibit contango; when nearby supply is tight relative to demand, backwardation can appear. Soybean meal often moves with the broader oilseed complex, especially soybean oil and soybeans, because crushing economics link the three markets. It also has some correlation with feedgrain markets through livestock ration substitution and with energy markets through freight, fertilizer, and farm input costs. Related Commodities Soybeans are the direct input to soybean meal and soybean oil, so their prices are tightly linked through crushing margins. Soybean oil is the co-product of crushing and affects processor incentives. Rapeseed meal and sunflower meal are close substitutes in animal feed, especially where local supply is available. Corn is a complement in feed rations because it supplies energy while soybean meal supplies protein.