Latin America’s agricultural sector is increasingly balancing the need to raise productivity with growing pressure to improve soil health, nutrient efficiency, and environmental sustainability. Diverse soils, climates, crops, and farming systems across the region are creating demand for fertilizers that can deliver nutrients more precisely. Specialty fertilizers are gaining importance as growers adopt controlled-release, water-soluble, liquid, and micronutrient formulations alongside modern application technologies.

According to the Latin America specialty fertilizers market report published by Markntel Advisor, the sector was valued at around USD 12.6 billion in 2025 and is projected to reach USD 27.8 billion by 2032, expanding at a CAGR of 14.94% during 2026–2032. The report identifies sustainable agriculture, environmental concerns, crop-quality requirements, soil variability, precision agriculture, and increasing food demand as major factors influencing the sector.

Food Demand Supports Specialty Fertilizer Adoption

Latin America’s growing population is increasing demand for nutritious and sustainably produced food. Farmers therefore face pressure to increase yields while using land, water, and agricultural inputs more efficiently.

Specialty fertilizers can support this objective by enabling more targeted nutrient delivery. Controlled-release products, water-soluble fertilizers, micronutrients, and other formulations can be selected according to crop requirements and local soil conditions.

The Food and Agriculture Organization notes that agriculture in Latin America and the Caribbean faces challenges linked to degraded soils, biodiversity loss, climate change, and increasing production costs. Its work on sustainable soil fertilization emphasizes maintaining balanced physical, chemical, and biological soil properties while adapting nutrient management to individual soil conditions. The FAO guidance on sustainable soil fertilization highlights the importance of understanding soil characteristics when selecting appropriate nutrient-management practices.

Soil Variability Creates Demand for Targeted Nutrition

Latin America contains highly diverse agricultural environments, from Brazil’s Cerrado and Argentina’s extensive croplands to fruit-growing regions in Chile, Peru, and Mexico. Differences in soil fertility, rainfall, crop types, and production practices make uniform fertilizer application less effective in some situations.

The Markntel Advisor report identifies soil variability and crop diversity as important factors supporting specialty fertilizer demand. Farmers can use soil testing and crop analysis to identify nutrient deficiencies or imbalances and then select suitable fertilizer formulations.

This approach can improve nutrient-use efficiency by directing inputs toward specific requirements rather than applying identical quantities across an entire field.

Oilseeds and Pulses Lead Crop Demand

Oilseeds and pulses represented approximately 38.08% of the Latin America specialty fertilizers market in 2025, according to the study, making them the leading crop category. Soybean accounted for 71.79% of the oilseed and pulse segment, supported by extensive cultivation in Brazil and Argentina.

The scale of soybean production creates substantial demand for advanced nutrient-management solutions. Controlled-release and water-soluble fertilizers can be incorporated into crop programs to support yield and quality while addressing specific nutrient requirements.

Brazil and Argentina’s position as major global agricultural producers also means that fertilizer efficiency can have implications beyond domestic productivity. Export-oriented farming systems increasingly need to combine high yields with consistent crop quality and responsible resource management.

Water-Soluble Fertilizers Hold the Largest Share

Water-soluble fertilizers accounted for approximately 42.99% of the Latin America specialty fertilizers market in 2025, according to the report. Their leadership is supported by versatility across crops, compatibility with modern irrigation systems, and rapid nutrient availability.

Potassium nitrate represented 41.45% of the water-soluble segment, while calcium nitrate accounted for 24.43% and potassium sulfate represented 10.98%. These products can serve different crop and nutrient requirements, particularly in intensive agricultural systems.

Water-soluble formulations are particularly relevant to fertigation because nutrients can be delivered through irrigation systems. This allows growers to adjust application timing and quantities according to crop development and field conditions.

Precision Agriculture Improves Nutrient Efficiency

Precision agriculture is becoming an important driver of specialty fertilizer adoption across Latin America. Soil sampling, remote sensing, GPS-guided equipment, drones, and variable-rate application technologies can provide farmers with more detailed information about field-level nutrient conditions.

The Markntel Advisor study identifies site-specific nutrient management as a major trend. Farmers can use information from soil tests and digital monitoring to identify nutrient deficiencies and apply specialty fertilizers more accurately.

The Inter-American Institute for Cooperation on Agriculture has also highlighted precision agriculture’s potential to transform farming in Latin America and the Caribbean. Its work emphasizes the role of technology in supporting more efficient and sustainable agricultural production. The IICA precision agriculture resources provide regional context for the technology’s development.

Nitrogen-Use Efficiency Creates New Opportunities

Improving nitrogen-use efficiency is becoming an increasingly important opportunity. The Markntel Advisor report notes that governments are introducing regulations and initiatives aimed at reducing nitrogen losses and promoting sustainable agriculture.

Nitrogen can be lost through processes including leaching, volatilization, and runoff, reducing the amount available to crops while potentially increasing environmental impacts. Specialty fertilizers can address some of these challenges through controlled-release formulations and other enhanced-efficiency technologies.

Recent research compiled by FAO indicates that enhanced-efficiency fertilizers can improve nitrogen-use efficiency while reducing nutrient losses under suitable conditions. The FAO evidence on enhanced-efficiency fertilizers reviews evidence covering controlled-release fertilizers and inhibitor-based technologies.

Brazil Dominates the Regional Landscape

Brazil accounted for approximately 59.63% of Latin America’s specialty fertilizers market in 2025, according to the study. Its leadership reflects extensive agricultural land, large-scale production of soybeans, corn, sugarcane, coffee, and fruits, and strong export orientation.

Brazilian growers also face challenges involving soil nutrient imbalances, variable rainfall, and water availability. These conditions encourage investment in more efficient nutrient-management and irrigation practices.

Controlled-release fertilizers are becoming particularly relevant because they can help reduce nutrient losses and improve nutrient availability for crops. Brazil’s strong agricultural infrastructure, distribution networks, and government initiatives supporting sustainable farming further contribute to its leading position.

Sustainable Agriculture Is Expanding the Product Landscape

Sustainability is becoming increasingly important to fertilizer decisions across the region. Producers and agricultural organizations are exploring biological inputs, soil conditioners, organic fertilizers, biostimulants, and other approaches that can complement conventional nutrient products.

FAO reported in 2026 that Latin America and the Caribbean faces increasing dependence on imported agricultural inputs and exposure to international fertilizer-price volatility. The organization is promoting bioinputs as one strategy for building more resilient and sustainable agrifood systems. The FAO regional bioinputs initiative highlights opportunities to improve resource efficiency and reduce dependence on conventional inputs.

This trend does not necessarily replace mineral specialty fertilizers. Instead, it creates opportunities for integrated nutrient-management programs combining different product categories according to crop, soil, and environmental conditions.

Variable Weather Remains a Challenge

Extreme and variable weather conditions represent a significant constraint for specialty fertilizer adoption. Heavy rainfall can increase soil erosion, surface runoff, and nutrient leaching, particularly for water-soluble or fast-release products.

The Markntel Advisor study notes that excessive moisture and flooding can reduce nutrient availability and prevent fertilizers from reaching crop root zones effectively. In areas with inadequate soil conservation, heavy precipitation can also remove topsoil and organic matter.

These challenges increase the importance of application timing, irrigation management, soil conservation, and fertilizer formulation. Controlled-release products may offer advantages in certain conditions, while fertigation requires careful management of both water and nutrient delivery.

Innovation Is Strengthening the Market

Recent industry developments demonstrate increasing investment in specialty plant nutrition. In September 2025, Sustainable Agro Solutions acquired Aqua do Brasil, strengthening its presence in Latin America and expanding its specialty fertilizer and biostimulant portfolio.

ICL Group also launched Sulfurball in June 2025, described as the first spherical-format sulfur fertilizer produced and marketed in Latin America. The development followed significant investment in research and production capabilities in Brazil.

In February 2025, Yara partnered with Embrapa under the Recupera Rural RS Program to support agricultural recovery in Rio Grande do Sul, including the use of advanced nutrient solutions in areas facing soil and water-management challenges.

These developments indicate that manufacturers are increasingly focusing on differentiated products, sustainability, and localized agricultural requirements.

Outlook for Latin America’s Specialty Fertilizer Sector

Latin America’s specialty fertilizer sector is being shaped by rising food demand, soil variability, sustainable agriculture, precision farming, and the need for greater nutrient-use efficiency. Oilseeds and pulses remain the leading crop category, while water-soluble fertilizers hold the largest share by form.

Brazil’s dominant position provides a strong foundation for regional growth, while Mexico, Argentina, Colombia, Chile, and Peru offer additional opportunities based on crop specialization and evolving agricultural practices.

Future development is likely to center on site-specific nutrient management, fertigation, enhanced-efficiency fertilizers, and the integration of specialty products with digital agriculture. As climate and resource pressures intensify, the emphasis is increasingly shifting from simply applying more fertilizer toward delivering the right nutrients, in the right quantity and at the right time.