Evaluation of dripper clogging using magnetic water in drip irrigation

Abstract

Abstract This study was performed to investigate the uniformity of distribution of water and discharge variations in drip irrigation using magnetic water. Magnetic water was achieved by transition of water using a robust permanent magnet connected to a feed pipeline. Two main factors including magnetic and non-magnetic water and three sub-factor of salt concentration including well water, addition of 150 and 300 mg L−1 calcium carbonate to irrigation water with three replications were applied. The result of magnetic water on average dripper discharge was significant at (P ≤ 0.05). At the final irrigation, the average dripper discharge and distribution uniformity were higher for the magnetic water compared to the non-magnetic water. The magnetic water showed a significant effect (P ≤ 0.01) on distribution uniformity of drippers. At the first irrigation, the water distribution uniformity was almost the same for both the magnetic water and the non-magnetic water. The use of magnetic water for drip irrigation is recommended to achieve higher uniformity.

Keywords

• Calcium carbonate
• Discharge
• Distribution uniformity
• Dripper clogging
• Agricultural