The optimal way to fertilize is through flow-proportional volumetric fertigation. The application of fertilizer is carried out continuously during the irrigation cycle in a constant manner.
Evolution of traditional fertilization
Before the development of fertigation, fertilizers could be applied at three different times: before, during, and after planting. This system has led to inefficient fertigation practices unless an advanced system is available to avoid them. These techniques result in growth problems or plant damage, causing economic and environmental losses.
Principles of flow-proportional volumetric fertigation
Flow-proportional volumetric fertigation applies fertilizer continuously throughout the irrigation cycle. This fertilizer is dosed proportionally to the plant’s needs, mixed with the irrigation water constantly, providing the nutrients the plant needs in a precise and timely manner.
Thus, the plant absorbs the nutrients delivered by the irrigation water consistently. By dosing the exact amount the plant needs, there is no excess water or fertilizer, ensuring 100% utilization of both the irrigation water and the provided product.
This mixture is balanced according to the plant’s needs and maintained throughout the process. The water’s salinity level is ideal, allowing the plant optimal absorption of the nutrients it needs until the next irrigation cycle.
Fertigation System Requirements
This is the optimal system for fertigation. Implementing this method requires the use of a dosing device with advanced control that allows for precise and volumetric dosing for the correct administration of the product.
The use of this system results in savings on fertilizers and improved quality and quantity of crops. Additionally, it saves space, as it eliminates the need for pre-mixing before dosing.
Flow-proportional volumetric fertigation is an advanced technique that optimizes fertilizer application, improves water use efficiency, and ensures optimal nutrient absorption by plants, resulting in significant economic and environmental benefits.
