In modern agriculture, fertigation is not simply combining water and fertilisers but a controlled process: nutrient availability must remain stable even when environmental conditions, irrigation flow rates or crop stage change.
Changes in irrigation flow, water composition or crop stage quickly alter nutrient uptake and therefore plant development and yield consistency. Accurate, proportional dosing keeps the nutrient solution constant throughout the irrigation cycle.
With proportional and stable dosing, fertigation becomes predictable: nutrient recipes can be repeated, adjustments are precise and results can be tracked over time. This is the basis for greenhouses, hydroponic crops and precision agriculture, where even small deviations affect productivity.
Without accurate dosing, nutrient distribution is uneven, fertiliser is wasted and crop yield is irregular.
The composition of the water source changes over time, particularly with well or reservoir water.
Irrigation flow rates vary with the sectors opened and with the available pressure.
Each growth stage has different nutrient requirements.
Formulations require precise mixing of several products, plus acid for pH.
It is proportional to the concentration of dissolved fertilisers: fertiliser is dosed up to the set value.
Acid prevents precipitation of hardness, which stains foliage and clogs drippers, and promotes nutrient uptake.
With irrigation water of constant quality, dosing can be proportional to the volume measured by the water meter.
Avoiding over- and underdosing reduces fertiliser consumption and the dispersion of nutrients into the environment.
Crops receive exactly what they need, with more efficient use of water and inputs.
Describe the installation, the chemicals to be dosed and the parameters to be controlled: our technical staff will propose the most suitable pumps, instruments and accessories.
Call or write to us: a technician will reply with a tailored proposal of controllers, pumps, probes and accessories.
