Nano Nitrogen-Phosphorous Fertilizer Composition for Heat-Stable Storage

The patent employs surfactants and stabilizing agents as intermediary substances that mediate between the nano clusters of nitrogen and phosphorus and the surrounding liquid medium. These intermediaries prevent direct interaction between nano clusters that would lead to agglomeration, while also maintaining solubility and distribution uniformity. The surfactants form protective layers around the nano clusters, acting as a barrier that prevents precipitation and phase separation during storage at elevated temperatures.

The patent creates a composite liquid fertilizer system that combines nano clusters of nitrogen and phosphorus with surfactants, stabilizing agents, and other auxiliary components. This composite formulation ensures that the high-concentration nano clusters remain dispersed and stable. The composite structure allows simultaneous achievement of high nutrient content (N>3%, P>6%) and storage stability by integrating multiple functional components that work synergistically to prevent agglomeration and precipitation.

The patent employs preliminary action by pre-forming nuclei or seed particles before the main nano cluster formation process. These pre-formed nuclei serve as templates that guide the subsequent growth of nano clusters, ensuring they remain within the desired size range (<100 nm). The preliminary preparation of reaction conditions, including pre-mixing of precursors and pre-adjustment of pH and temperature, also contributes to better particle size control during the actual nano cluster formation.

The patent utilizes mechanical vibration or ultrasonic treatment during the manufacturing process to control nano cluster size. The vibration energy prevents excessive growth of particles by continuously disrupting aggregation and maintaining uniform distribution. This mechanical input ensures that nano clusters remain in the optimal size range for high nutrient uptake efficiency while providing sufficient control over the manufacturing process.

The patent employs parameter changes by adjusting pH as a key parameter during different stages of manufacturing and storage. The formulation is designed to maintain pH within the 3-7 range, which optimizes both chemical stability and nutrient availability. Buffering agents are incorporated to automatically resist pH changes, reducing the need for complex active control systems during storage and application.

The patent implements self-service through self-buffering mechanisms where the fertilizer formulation itself contains components that automatically maintain pH stability. The nano clusters and associated chemicals in the formulation act as a self-regulating system that resists pH drift without requiring external intervention. This self-buffering capacity simplifies manufacturing by reducing the need for complex pH control equipment and procedures.