Global Challenge and the Need for Solutions

Today, rapid global population growth, shrinking fertile arable lands, and depleting freshwater reserves make food security one of the most critical challenges facing humanity. A core objective of agriculture and the food processing industry is providing the population with safe, high-quality agricultural commodities. In this context, optimizing the manufacturing efficiency of mineral and organic fertilizers represents a paramount strategic priority.

Throughout the years of national independence, immense emphasis has been placed on delivering high-grade nitrogen, phosphorus, and potassium fertilizers, maximizing crop nutrient assimilation rates, and replenishing humus—the foundation of soil fertility. Restoring the physicochemical and land-reclamation integrity of saline and degraded soils required an integrated technological solution that seamlessly combines organic and inorganic raw materials.

Research Pathway and Technological Discovery Stages

To solve this complex problem effectively, Professor N.Kh. Usanbaev and the research consortium completed four in-depth, targeted technological phases utilizing local mineral and organic resources:

🌱 Practical Significance: This patented invention enabled the deep industrial processing of local brown coal, Central Kyzylkum phosphorites, and phosphogypsum, laying the groundwork for the widespread agricultural deployment of new-generation organo-mineral fertilizers that actively combat soil salinization and dramatically boost crop yields.