Test for the intended agricultural use
Salinity, sodium, hardness, iron, manganese, pH and suspended solids can affect irrigation equipment, soils and treatment equipment. Drinking or processing uses may require a different assessment, including microbiological considerations.
Protect irrigation equipment
Sediment and precipitated minerals can block emitters and foul equipment. Correct filtration and source-water management can reduce maintenance, but treatment selection should follow the actual chemistry and irrigation design.
Storage and pumping
Agricultural demand is often intermittent and high-flow. Storage can decouple borehole yield from peak use, while pump selection must account for elevation, pipe length and required pressure.
Treatment for people and processing
Where farm water is used by staff, visitors or in food-related processes, the required quality may be substantially different from irrigation water. Separate treatment trains can sometimes be more efficient than treating every litre to the highest specification.
Related HydroGrid services and guides
Water problems often overlap. These pages can help you understand the next step.
Frequently asked questions
Practical answers to common questions we receive when planning this type of water project.
Why does irrigation water chemistry matter?
Salinity, sodium, pH, alkalinity and specific ions can affect soil, emitters and crop performance. The relevant treatment depends on the crop, irrigation method and source water.
Is drinking-water treatment the same as irrigation treatment?
Not necessarily. The target quality and economics are different, so treatment should be matched to the agricultural use rather than copied from a domestic drinking-water design.
Can borehole water be treated for both irrigation and staff drinking water?
Yes, but the two uses may need different treatment trains or a split system so higher-quality drinking water is produced only where required.
Need a system designed around your actual water?
Send HydroGrid your location, water source, intended use, approximate daily demand and any existing laboratory report. We can then identify the information needed before a treatment proposal is prepared.
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