
Solar Well at Talicourtou
Free access to drinking water
Talicourtou, Senegal
In Talicourtou, finding safe drinking water was a daily challenge. The old traditional wells, only about 8 meters deep, were easily emptied and contaminated, putting the health of the entire community at risk. The well built by Balouo Salo in 2016 and renovated in 2025 has transformed this situation: with a depth of 20 meters, a solar pump, and a UV and microfiltration system, it now provides pure water every day to over 800 people.
It is not just infrastructure, but also education: the community actively participated in the construction, received training on water management, and is now autonomous in maintaining the system. Today, the well represents a landmark for the community — not only water, but also inclusiveness. This infrastructure is a place of community.
In Talicourtou, in southern Senegal, access to drinking water was a daily mirage: contaminated and seasonal sources put the health of the entire population at risk, especially children, pregnant women, and the elderly. In this critical context, Balouo Salo built a deep well that today represents a model of sustainability, health, and inclusion.
Powered by photovoltaic systems, the new infrastructure provides free drinking water to thousands
Where it is located
The Talicourtou well is an advanced example of a sustainable and replicable water infrastructure, designed to ensure continuous, safe, and accessible drinking water. It is the deepest well constructed within a 10 km radius, featuring a high-strength concrete casing up to 20 meters deep to guarantee durability.
A submersible pump powered by solar energy enables water extraction via a dedicated photovoltaic system, ensuring autonomy and continuous operation even during the hottest periods of the year.
Custom microfiltration and double sterilization
The filtration system was specifically designed based on the chemical and physical characteristics of the source water. After extraction, the water undergoes a multi-stage treatment including sand filters, activated carbon, 1 to 5 micron cartridges, and bacteriostatic filters to remove impurities, tastes, and odors. This is followed by two stages of UV sterilization: an initial phase to sanitize the raw water and a final one before distribution, ensuring complete disinfection in line with WHO standards.
Talicourtou
Commune of Baghere
Sédhiou Region
Senegal, Africa