Refurbished Water Wells Save Lives in Uganda

Suubi Community Projects Uganda (SCPU) continues to demonstrate the power of community-led solutions in transforming access to safe water in rural Uganda. In Butakoola Village, Kayunga District, SCPU successfully refurbished a long-broken borehole that had left 1,050 residents without reliable access to clean water for nearly four years. During this time, families were forced to rely on unsafe swamp and surface water sources located more than 4 kilometers away, exposing them to serious health risks. Through this intervention, safe and clean water has been restored directly within the community, significantly improving daily life and reinforcing SCPU’s commitment to sustainable, locally driven development.

The impact of this work extends far beyond water access alone. With the borehole now operational, community members are saving an average of two hours each day previously spent collecting water, allowing more time for farming, small businesses, and family care. Children are expected to attend school more regularly, while improved hygiene practices—such as handwashing—are helping to reduce the incidence of waterborne diseases like diarrhea and typhoid. The project has also enhanced safety, particularly for women and girls who previously faced risks traveling long distances for water. By restoring a nearby, reliable source, SCPU has helped create a healthier, safer, and more productive environment for the entire village.

Central to SCPU’s approach is building long-term sustainability through community ownership and capacity development. A local Water User Committee has been established and trained to manage, maintain, and finance the borehole, ensuring it remains functional for years to come. Inclusive participation—incorporating women, youth, and people with disabilities—strengthens governance and accountability, while ongoing training in maintenance and hygiene reinforces lasting impact. Through this model, Suubi Community Projects Uganda is not only restoring water systems but empowering communities with the knowledge, skills, and responsibility to sustain them, creating enduring change well beyond the life of the project.

Links:

• Bridgit Water Foundation Website

Types of BWF Water Projects

Bridgit Water Foundation (BWF) raises funds to design and construct sustainable water projects in the developing world. Because geography, access, geology, and community needs vary widely, BWF implements several proven types of water projects. Each project type is selected to maximize reliability, cost-effectiveness, and long-term benefit for communities experiencing water scarcity. This report outlines the primary water technologies and applications used by BWF.

1.0 Drilled Well Technologies

1.1 Truck-Mounted Drilling Rigs

The location and geology of a project site largely determine the type of drilling technology used. In countries such as India, truck-mounted drilling rigs are the most cost-effective option and are therefore used almost exclusively. These rigs can drill intermediate to deep boreholes efficiently, particularly in favorable geological conditions.

Truck-mounted rigs can access most project sites via existing roads, although some remote or difficult locations may be inaccessible. Wells drilled using this method are typically fitted with durable, hand-operated pumps that are appropriate for rural communities and can be maintained locally.

1.2 Hand-Turned Drilling Rigs (Village Drill)

Hand-turned drilling rigs, commonly referred to as the Village Drill, are an appropriate technology for many settings, particularly in Uganda. The rig can be transported on the back of a pickup truck and carried to sites that are inaccessible to heavy machinery.

The drilling process uses a trained team of workers who manually rotate the drill string. Despite its simplicity, this method is efficient, reliable, and highly cost-effective for suitable soil conditions. Because of these advantages, the Village Drill is currently the preferred method for drilling new wells in Uganda. As with truck-mounted rigs, these wells are generally equipped with hand-operated pumps.

2.0 Refurbished Wells

The metal components of water wells typically last 10–20 years, depending on usage levels and the mineral content of the water. Over time, galvanized iron (GI) pipes and pump mechanisms deteriorate and must be replaced.

Refurbishing existing wells is significantly less expensive than constructing new wells because drilling is not required. BWF’s experienced teams can rehabilitate a non-functional well in just a few days by:

• Replacing worn GI pipes
• Installing a new hand pump
• Renewing the concrete pad and drainage channel

Refurbishment is often the most cost-effective way to restore access to safe, clean water for a community, extending the life of existing infrastructure while minimizing cost and environmental impact.

3.0 Applications of BWF Water Projects

3.1 Villages

Most people in rural areas of the developing world live in villages, making village wells the most common application of BWF water projects. Wherever possible, BWF sites wells centrally so that households can access safe water within 500 meters of their homes. This reduces the time and physical burden of water collection, particularly for women and children.

3.2 Schools

Locating wells at schools allows students to spend their time learning rather than walking long distances to collect water. Because schools are generally located near students’ homes, these wells also provide clean water access to surrounding families, extending the project’s benefits beyond the school population.

3.3 Conservation Areas

BWF supports wildlife conservation by providing water to communities living near protected habitats. In western Uganda, a chimpanzee conservation project supplies water to villages near chimpanzee habitats, reducing the need for villagers to enter protected areas in search of water.

Similarly, BWF’s elephant conservation project in Malawi provides fresh water to communities surrounding the Nkhotakota Wildlife Reserve. By meeting water needs within villages, these projects reduce human-wildlife conflict while supporting both conservation goals and community well-being.

3.4 Health Centers

Regional health centers in rural Uganda serve large populations but often lack reliable access to clean water. In some cases, expectant mothers and healthcare workers must walk several kilometers to collect unsafe water for medical procedures.

BWF wells installed at health centers dramatically improve sanitation, hygiene, and patient care. Some of these facilities are equipped with solar-powered pumps, which, while more expensive than hand-operated pumps, provide a reliable water supply and significant benefits for high-use healthcare environments.

Links:

• Bridgit Water Foundation Website