Innovation and Technology
Committed to the Future of Agriculture
Commitment to Research and Innovation
At Yoorin Fertilizers, our mission is to offer high-quality products that meet the needs of modern farmers.
To achieve this, we continuously invest in research and development, seeking innovations that enhance the productivity and sustainability of agricultural crops.
State-of-the-Art Infrastructure
In the pursuit of excellence, our laboratories are our great differential. We have state-of-the-art infrastructure, equipped with the most modern technologies for fertilizer analysis and development. Here, precision is paramount.
Our laboratories are certified and follow rigorous quality standards, ensuring the complete reliability of results. For your complete peace of mind, we perform a meticulous analysis of 100% of all produced batches, in addition to a complete inspection of all raw materials arriving at our factory.
We go further: we actively participate in MAPA's interlaboratory programs, being a reference in result precision in our sector.
To ensure the excellence of our analyses, our laboratories are equipped with the most modern technology, including:
- Analytical balances
- Infrared equipment
- Muffle furnaces
- Computerized X-ray fluorescence spectrometers (XRF)
- X-ray diffraction (XRD) for quantitative mineralogical analysis
And many other state-of-the-art equipment that ensure the quality and performance of our products.



Consolidated Research and Scientific Evidence
We are proud of our consolidated research that proves the quality and effectiveness of Yoorin fertilizers. Our studies cover:
Nutritional Efficiency: We analyze the nutritional efficiency of our fertilizers, proving the improvement in plant health and productivity.
Environmental Impact: We evaluate the environmental impact of our products, ensuring that they promote sustainable agricultural practices.
Field Results: We collect data from field trials that demonstrate the benefits of our fertilizers, such as increased productivity and resistance to pests and diseases.
Access all works carried out in partnership with researchers, universities, and other institutions per product:
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Application of Phosphates in an Integrated Agricultural Production System – Soybean Utilization and Quali-Quantitative Attributes of Annual Ryegrass
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Evaluation of Thermophosphate in Lettuce Plants under Greenhouse Conditions
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Availability of P from Phosphate Rock, Thermophosphate and Triple Superphosphate after Different Incubation Periods (Page 126)
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Competition of Phosphate Fertilizers in Soybeans
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Acidity Correctives and Phosphorus Sources on P Availability in Soil, Nutrition, and Production of Peanuts and Marandu Grass
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Phosphorus Release Curve of Natural Phosphate, Thermophosphate, and Single Superphosphate Applied to Soil under Corn, Bean, and Soybean Cultivation
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Effect of Thermophosphate on the Growth and Production of Potato (Solanum tuberosum L.)
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Effect of Alkalinizing Action and Competition between Silicate and Phosphate on the Efficiency of Magnesium Thermophosphate in Acidic Soils
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Effects of Liming and Phosphorus Sources on Soybean Yield in Two Cerrado Soils
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Agronomic Efficiency of Bioactivator and Magnesium Thermophosphate Application in Cotton Cultivation on Low Phosphorus Soil
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Phosphate Fertilization Strategies for Organic Soybean Cultivation
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Phosphate Fertilizers and Soybean Production in Soils with Different Phosphate Buffering Capacities
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Relative Phosphorus Availability Index (RPAI) Used in Determining Thermophosphate Efficiency
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Beetroot Root Productivity as a Function of Magnesium Thermophosphate and Chicken Litter Rates
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Rotation System and Phosphate Fertilization in Sugarcane Cultivation in the Cerrado
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Soybean Oil Content as a Function of Phosphorus Sources and Rates
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Aluminum Thermophosphate in Bean, Soybean, and Sorghum Crops in Cerrado Soils (Yoorin - Magnesium Thermophosphate)
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Use of High and Low Solubility Phosphates in the Growth and Production of Brachiaria in the 1st Cut
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Evaluation of Different Phosphorus and Potassium Sources and Their Interference in Productive Parameters of Soybean (Ribeiro, 2019)
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Potassium Rates and Sources for Corn and Soybean Crops
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Efficiency of Ground Phonolite Rock as a Potassium Source for Rice, Beans, Corn, and Soybean Crops
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Annual Forage Mass of Marandu Grass (Brachiaria brizantha cv. Marandu) under Liming and Potassium Sources and Rates
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Physiological Quality of Soybean and Wheat Seeds Produced with Alternative Potassium Sources
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Soybean Productivity under Potassium Sources and Application Times
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Organic Onion Yield under Phosphorus and Potassium Rates from Rock Sources
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The Impact of Ground Phonolite Rock’s Potassium Solubilization in Tropical Soil Depends on the Cultivated Forage Species
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