South America’s Soybean market is expected to exceed USD 3.61Billion by 2030, supported by favorable climate conditions and the region’s role as a major exporter.
South America has firmly established itself as a powerhouse in the global soybean market, with Brazil, Argentina, and Paraguay leading the charge in production and exports. In the 2023/24 harvest season, these three countries collectively produced over 217 million metric tons of soybeans, marking an 11.6% increase in global production. Brazil remains the dominant force in the region, producing nearly 40% of the world’s soybeans, while Argentina and Paraguay contribute significant portions as well. This surge in production has been largely driven by favorable climatic conditions, the expansion of arable land, and the adoption of innovative agricultural technologies. One such advancement is the widespread use of genetically modified (GM) seeds, like Bayer's Intacta2 Xtend in Brazil, which offers resistance to pests and tolerance to herbicides, resulting in higher yields and reduced production costs. These innovations have propelled Brazil’s soybean yield, with projections indicating that GM seeds will cover about 30% of Brazil’s soybean area by the 2024/25 season. Demand for soybeans in South America is driven by both domestic consumption and international exports, particularly to China. Brazil’s biodiesel mandate, for example, has spurred an increase in domestic demand for soybean oil, with expectations that soybean crushing volumes will reach a record 54 million metric tons in 2024. The global trade landscape is also shifting in favor of South American producers, as trade tensions between China and the United States have propelled Brazilian soybeans to a premium price in the international market. This has enabled Brazil to solidify its position as China’s largest food supplier, further strengthening its dominance in the global soybean trade. In Brazil, the state of Mato Grosso recently passed legislation that undermines the Soy Moratorium, an agreement that has helped reduce deforestation in the Amazon rainforest since 2006. This new law removes state tax incentives for companies adhering to the moratorium, raising fears of increased deforestation, which could have serious ramifications for both the environment and the international demand for sustainable, deforestation-free soybeans. According to the research report, "South America Soybean Market Outlook, 2030," published by Bonafide Research, the South America Soybean market is anticipated to add to more than USD 3.61 Billion by 2025–30. South America’s favorable climate has played a vital role in supporting soybean production. The region’s vast landmass, combined with an increasingly reliable climate for agriculture, has enabled countries like Brazil and Argentina to significantly expand their soybean acreage. Over the years, farmers have cultivated previously underutilized land in regions like Mato Grosso in Brazil, which is now one of the most important soybean-producing areas in the world. Additionally, favorable rainfall patterns, along with technological advancements in irrigation, have supported higher productivity and more stable yields. The adoption of genetically modified (GM) crops, especially genetically engineered soybean varieties has been a game changer for South America’s agricultural industry. In Brazil, GM seeds such as Bayer's Intacta2 Xtend, which are resistant to pests and herbicides have significantly boosted soybean yields. These GM crops help reduce the need for pesticides and herbicides while enhancing productivity, making them highly attractive for farmers. Brazil’s widespread adoption of these technologies has contributed to its position as the world’s largest soybean exporter. Argentina has also leveraged GM technology, improving the efficiency of soybean farming despite facing challenging climatic conditions in some years. Brazil and Paraguay, in particular, have invested heavily in river ports and railways to streamline the export process. For example, the expansion of Brazil’s transportation network has improved the efficiency of soybean exports to global markets, particularly China. Paraguay has also seen investments in its river transportation infrastructure, which has allowed the country to increase its exports despite relatively smaller production volumes compared to Brazil and Argentina.
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Download Sample| By Type | GMO | |
| Non GMO | ||
| By Applications | Animal Feed | |
| Food & Beverages | ||
| Industrial | ||
| Other | ||
| By Form | Processed | |
| Raw | ||
| By Distribution Channel | Direct Sales | |
| Wholesale | ||
| Retail | ||
| South America | Brazil | |
| Argentina | ||
| Colombia | ||
The rapid growth of non-GMO soybeans in South America is primarily driven by increasing global demand for non-GMO food products and the region's ability to produce them more efficiently due to less regulatory pressure and lower production costs compared to genetically modified (GMO) crops. In South America, non-GMO soybeans have become a significant player in the agricultural landscape because they meet the rising global demand for non-GMO food products, especially from European markets, where consumers and regulatory bodies are more inclined toward non-GMO and organic products. Additionally, many countries in the region, such as Brazil and Argentina, have developed highly efficient farming systems, enabling them to cultivate non-GMO soybeans with a competitive advantage over GMO crops. This is largely due to the fact that South American countries do not face the same stringent regulatory burdens as seen in other parts of the world, such as the United States. In countries like Argentina, for instance, there is a growing market for non-GMO soybeans, driven by both domestic demand and international exports, particularly to Europe. Additionally, non-GMO soybeans have become a preferred option for regions that are wary of the environmental and health implications associated with GMOs. This preference is fueling the market for non-GMO soybeans and further promoting the rapid expansion of this sector within the South American agriculture industry. While genetically modified soybeans dominate a significant portion of the global market due to higher yields and resistance to pests and diseases, the flexibility of South American producers, combined with market demand, makes non-GMO soybeans a profitable and rapidly growing alternative. Moreover, the ability to grow non-GMO soybeans without the complexities of GMO-related regulations, such as additional certification and tracking requirements, reduces costs and complexity for farmers. Therefore, the combination of market dynamics, cost-effectiveness, and fewer regulatory constraints has allowed non-GMO soybeans to quickly gain traction and grow as a competitive crop within South America's vibrant soybean industry. Animal feed is the largest application of soybeans in South America due to the region's dominant role in global livestock production, where soymeal is a critical and cost-effective protein source for animal feed. In South America, the soybean industry is heavily driven by the demand for animal feed, particularly for poultry, swine, and cattle. The region, especially countries like Brazil and Argentina, is one of the world’s largest producers and exporters of meat, making the need for high-quality, affordable animal feed an essential part of the agricultural economy. Soybeans, which are rich in protein, are processed into soybean meal, a key ingredient in the formulation of animal feed. The expansion of the livestock sector, which is inextricably linked to the region's growing meat export markets, has led to a substantial increase in soybean production primarily for feed. South America’s abundant agricultural resources, favorable climate, and vast land areas allow for the large-scale production of soybeans at a competitive cost, making soymeal an ideal, affordable source of nutrition for livestock. This, in turn, fuels the growth of the feed industry as it supports the region's substantial meat, dairy, and poultry industries. Brazil and Argentina are particularly important in this regard, where the combination of high-quality soybeans and efficient production processes creates a competitive edge in the global feed market. Furthermore, the rise of global protein consumption, particularly in emerging markets and other parts of the world, has increased demand for South American meat, further driving the need for animal feed. This demand for feed has made soybean meal an essential product, and as a result, soybeans are increasingly being diverted toward feed applications rather than food-grade products. This has been further supported by the increasing role of South America in global export markets. As the region continues to be a major player in the global livestock industry, the demand for soybean meal in animal feed applications has expanded, making it the largest sector for soybean use in South America. Animal feed is the largest application of soybeans in South America because of the region's extensive livestock production, where soymeal is a crucial and cost-effective protein source for feeding poultry, swine, and cattle. South America has become a global powerhouse in meat production, particularly in countries like Brazil and Argentina, which are among the top exporters of beef, poultry, and pork. This booming livestock sector relies heavily on soybean meal as a primary protein source in animal feed, making it the largest use for soybeans in the region. Soybeans are an ideal crop for this purpose due to their high protein content, which is essential for the growth and development of livestock. The process of turning soybeans into soybean meal, which is rich in protein, allows farmers to provide affordable and nutritious feed for animals, driving up the demand for soybeans in the animal feed industry. As livestock production continues to expand to meet global demand, especially in markets such as China, the need for reliable and cost-effective feed sources has grown, making soybean meal a key component in animal diets. South America benefits from a combination of favorable climatic conditions and vast agricultural land, enabling it to produce soybeans efficiently and at scale. This has made the region a key supplier of animal feed ingredients to the world, with soymeal being the dominant protein component in the feed given to poultry, pigs, and cattle. Additionally, the infrastructure for processing soybeans into meal is well-developed in South America, with an established network of crushing plants and export facilities to meet the growing global demand for feed ingredients. Furthermore, South America's competitive advantage lies in its ability to produce soybeans at lower costs compared to other regions, thanks to the abundance of land, favorable growing conditions, and economies of scale. The processed form of soybeans is the largest segment in South America's soybean industry due to the region's advanced processing capabilities, strong export demand for soymeal and oil, and the high value-added potential of these products. In South America, particularly in countries like Brazil and Argentina, the soybean industry has shifted significantly toward processing soybeans into higher-value products like soymeal and soybean oil. This shift has been driven by the region's investment in processing infrastructure, which allows for the efficient conversion of raw soybeans into products that are in high demand both domestically and globally. Soymeal, a byproduct of soybean processing, is primarily used as animal feed, while soybean oil is widely used in food products, biodiesel, and industrial applications. The global demand for both soymeal and soybean oil has surged, particularly as livestock production increases, and as the demand for edible oils and biofuels rises worldwide. South America, with its abundant agricultural resources, has become a major supplier of these processed products, taking advantage of the global growth in both sectors. Additionally, the profitability of selling processed soybean products rather than just raw beans offers significant financial incentives. By processing soybeans into soymeal and soybean oil, South American producers are able to capture more value from the crop and diversify their exports, reducing their reliance on raw commodity exports. This strategic shift has been facilitated by investments in crushing plants and oil extraction technologies, which have positioned South America as one of the leading exporters of both soymeal and soybean oil globally. Moreover, the region benefits from a competitive advantage in terms of the cost-effectiveness of processing soybeans locally, thanks to the lower costs of production compared to other regions, such as North America. By processing soybeans domestically, South American countries also create jobs and stimulate local economies, further supporting the growth of the processed soybean industry. As demand for protein-rich animal feed and vegetable oils continues to grow, South America’s ability to meet this demand with high-quality, competitively priced processed products has made processed soybeans the dominant form in the region’s soybean sector.
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Brazil leads the South American soybean industry primarily due to its vast arable land, favorable climate, and continuous investment in high-efficiency agricultural technology and export infrastructure. Brazil's dominance in the South American soybean industry stems from a combination of natural advantages and strategic development, positioning it as both the region’s and, at times, the world’s top soybean producer and exporter. The country possesses immense expanses of arable land, particularly in regions like Mato Grosso, Goiás, and the Cerrado, which have been transformed over the past few decades into high-yield agricultural zones. These lands offer fertile soil and a tropical savanna climate with consistent rainfall and multiple growing seasons, making them ideal for large-scale soybean cultivation. Unlike in many parts of the world where land scarcity and climate volatility limit expansion, Brazil continues to bring more land under cultivation, often by converting pasture or previously underutilized regions, though this has raised environmental concerns. Complementing its geographic advantage is Brazil’s robust adoption of modern agricultural technologies, including genetically modified (GM) soybean varieties that resist pests and tolerate herbicides, reducing production costs and increasing yields. Brazilian farmers also use advanced mechanization, precision agriculture tools, and integrated crop-livestock systems to maximize land productivity. Furthermore, Brazil’s powerful agribusiness sector, with major players like Bunge, Cargill, and local giants such as Amaggi, has invested heavily in the entire soybean value chain—from seed development and farming inputs to logistics, crushing, and export terminals. The government and private sector have worked in tandem to improve transport infrastructure, such as highways, railways, and river systems, particularly in the Northern Arc, allowing soybeans to reach Atlantic and Amazonian ports more efficiently, reducing dependence on the crowded southern ports. This development has significantly lowered transportation costs and improved competitiveness in global markets.
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