Sensors monitor spray parameters to detect nozzle malfunctions, preventing product misapplication and ensuring uniform field coverage.
Controller calculates a spray quality index using sensor data to monitor application variables.
A liquid fertilizer drawback system uses a reversible pump to recirculate unused material back into the holding chamber.
RF sensors detect material flow changes via signal attenuation, resolving plugging issues that cause uneven fertilizer distribution.
A plasma reactor converts air into oxidized nitrogen species absorbed in water to produce liquid fertilizers for direct irrigation integration.
A spray system uses a valve assembly to switch flow between main and check meters for precise nozzle measurement.
Section control valves adjust flow coefficients to regulate fluid pressure across segmented agricultural spray booms.
Segmented valving controls independent liquid product lines to eliminate dead-end spots and air trapping, ensuring uniform application.