Drip irrigation in Egypt: grow more with less water and lower pumping costs
Egypt depends almost entirely on the Nile for its water, and every new reclamation project in the desert makes each cubic metre more valuable. Modernising irrigation is one of the clearest national priorities, and it is also good business for every farm.
The problem with flood irrigation
Flooding fields loses a large part of the water to evaporation and deep drainage, washes fertiliser away from the roots, encourages weeds and needs more pumping hours. On new desert land with sandy soil, it barely works at all.
How drip irrigation solves it
Drip lines deliver water and dissolved fertiliser straight to each plant's root zone. Farms that switch commonly report water savings of 30 to 50 percent, lower fertiliser use through fertigation and more even crops. Less water to pump also means less diesel or electricity.
What a drip system includes
A pump and filtration (disc or sand filters), main and sub-main PE or PVC pipes, valves and pressure regulators, drip tape or drip lines with the right emitter spacing, connectors, end caps and a fertiliser injector or venturi. Add timers or a controller to automate the schedule.
Getting the design right
Emitter flow and spacing depend on the crop and the soil. Filtration is critical, because most drip failures come from clogged emitters. Flush the lines regularly and treat the water if it carries sand or algae.
Combine it with solar
Pair a drip system with a solar water pump and the running cost of irrigation drops close to zero after the investment.
How Palm helps
Tell us the crop, the area and your water source. We supply drip tape, PE pipes, fittings, filters, valves, pumps and fertigation kits, priced as one package and delivered to the farm.