DEVELOPMENT AND FABRICATION OF AGRICULTURAL PEST CONTROL SYSTEM

Modern farms still rely on chemical pesticides to keep pests and diseases from hurting crop yields. Traditional sprayers, however, are often inefficient. They waste chemicals by spraying where they aren’t needed, contaminating soil, and drifting into the air. This research looks at the environmental and health problems caused by that waste. It studies how to design, build, and tune a new spraying system that cuts off‑target spray and produces the right droplet sizes. Key features of the system include: – Advanced nozzle designs that shape the spray pattern. – Flow‑control mechanisms that keep the spray steady. These elements aim to keep farm productivity high while protecting the environment. The study

measures how droplets behave, how far they drift, and how much ends up where it’s needed, testing under different weather conditions. The results give practical advice for creating low‑emission pesticide sprayers. By reducing off‑target spray, the system helps lower non‑point source pollution and protects local air and soil quality. Modeling and lab tests show that this approach can meaningfully cut chemical waste in sustainable farming.

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