The Gharo Project is an initiative aimed at solving the water scarcity issues in the village of Gharo, Pakistan, by installing a solar-powered reverse osmosis (RO) filtration system. With limited access to clean drinking water, the local community faced ongoing health risks and developmental challenges. The project began by assessing the water quality in Gharo, which revealed high levels of contaminants such as arsenic and bacteria.

To address this, a 280-watt solar panel system was installed, capable of generating sufficient energy to power the filtration unit and its components. The system uses a 12V, 50Ah deep-cycle battery to store surplus energy, ensuring that the system remains operational during cloudy days or periods with lower sunlight.

The system also incorporates water level detectors that automatically shut off the filtration process when the clean water tank is full, optimizing energy use and ensuring no overflow occurs. This solution provides clean drinking water to students and staff at the local school, directly addressing the community’s need for a reliable, sustainable water supply.

The Gharo Project’s primary goal is to provide consistent, safe, and accessible drinking water for the community, with a special focus on ensuring that the local school can sustain its needs. By ensuring a reliable water supply, the project addresses a critical issue that directly impacts the health and well-being of over 300 students and staff.

This project aims to eliminate waterborne diseases, reduce absenteeism, and improve overall educational outcomes by creating a healthier environment for students. By providing clean drinking water daily, the project ensures that the children of Gharo can focus on their studies without the constant threat of illness caused by contaminated water sources.