Drip irrigation fertilizer enables the simultaneous application of water and fertilizers, ensuring even distribution to crop roots and achieving integrated water and nutrient management. Drip irrigation fertilizer is characterized by a low irrigation flow rate and relatively low operating pressure, allowing precise control of water application. Water and nutrients are delivered directly to the soil near crop roots, meeting crop growth and development needs while achieving localized irrigation.
Compared to conventional fertilization methods, fertigation via a drip irrigation system offers the following advantages:
Enhanced Fertilizer Utilization Efficiency
Water and fertilizers are delivered directly to the root zone, ensuring optimal nutrient absorption and rapid root uptake. The uniform distribution of nutrient-rich water in the soil improves nutrient availability and enhances root absorption efficiency. In traditional fertilization methods, fertilizer is applied separately from irrigation, and if not watered in time or adequately, nutrients remain in the soil without being fully absorbed by roots. In contrast, with a drip irrigation system, nitrogen utilization efficiency can reach up to 90%, phosphorus 50–70%, and potassium 95%. Improved fertilizer efficiency leads to reduced fertilizer application, lowering costs.
Environmental Protection
Due to inefficient fertilizer use and improper fertilization practices, excessive fertilizer application leads to significant waste. Large amounts of unabsorbed fertilizers enter the environment, particularly water bodies, causing eutrophication in rivers and lakes. drip irrigation system allows precise control over irrigation depth, preventing fertilizers from leaching into deeper soil layers and contaminating soil and groundwater. This method is especially effective in reducing nitrate nitrogen leaching losses.
Precision Fertilization
Drip irrigation system enables flexible, convenient, precise, and rapid control of fertilizer application rates and timing. Fertilization can be tailored to crop nutritional needs, ensuring that specific deficiencies are addressed in real-time, achieving accurate and timely nutrient supply.