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Baobab Community Foundation
Health

Clean Water and Hygiene Access

Farafenni · Ongoing

Children washing at a water tap (representative photo, Kampala, Uganda)
1. Executive Summary

The Clean Water and Hygiene Access Initiative was designed to address critical vulnerabilities in rural and semi-urban communities suffering from acute water scarcity and poor sanitation infrastructure. Over the project lifecycle, the intervention successfully constructed sustainable water points, rehabilitated existing infrastructure, and delivered community-led hygiene and sanitation (CLTS) training. By engaging local stakeholders at every stage, the project achieved high community ownership, drastically reduced water-borne morbidities, and established long-term community management structures.

2. Project Overview & Objectives
  • Project Title: Clean Water and Hygiene Access Initiative (CWHA)
  • Target Sector: Water, Sanitation, and Hygiene (WASH)
  • Core Goal: To improve public health, dignity, and socioeconomic resilience by ensuring sustainable access to safe drinking water and promoting transformative hygiene practices.
  • Specific Objectives:
    • Increase access to safe, potable water sources within a 500-meter radius for targeted households.
    • Reduce the incidence of water-borne diseases (e.g., cholera, diarrhea, typhoid) through targeted community education.
    • Construct gender-segregated sanitation facilities in key public points (schools and community centers).
    • Establish and train local Water, Sanitation, and Hygiene (WASH) Committees to guarantee long-term operational sustainability.
3. Needs Assessment & Context

A baseline survey conducted prior to project implementation revealed severe gaps in basic infrastructure:

  • Over 65% of the population relied on unprotected seasonal streams or distant, contaminated boreholes.
  • Women and children spent an average of 3.5 hours daily fetching water, severely impacting girls' school attendance and women's economic productivity.
  • Knowledge of critical hygiene milestones (such as proper handwashing with soap at critical times) was deficient, contributing to high rates of preventable gastrointestinal illnesses, particularly among children under five.
4. Implementation Strategy & Methodology

The project was executed using a phased, participatory approach:

  • Phase 1: Community Mobilization & Sensitization
    • Conducted town hall meetings to introduce project scopes and secure buy-in from local leadership.
    • Formed and trained community WASH Committees comprising equal representation of men and women to oversee day-to-day site management.
  • Phase 2: Infrastructure Development
    • Drilled and installed solar-powered boreholes equipped with overhead storage tanks and multi-point fetching kiosks.
    • Rehabilitated non-functional handpumps using durable, locally sourced spare parts to prevent supply chain bottlenecks.
  • Phase 3: Hygiene Promotion & Behavior Change
    • Deployed trained health extension workers to conduct interactive household visits and school-based hygiene clubs.
    • Distributed hygiene kits (including soap, water purification tablets, and storage containers) to vulnerable households.
5. Key Results & Achievements
  • Water Access: Constructed 4 new solar-powered water systems and rehabilitated 6 handpumps, providing clean water access to approximately 12,500 direct beneficiaries.
  • Sanitation & Hygiene: Built functional, gender-sensitive sanitation blocks in 3 local primary schools, boosting school attendance rates among adolescent girls.
  • Capacity Building: Trained 10 local WASH Committees (totaling 60 members) in basic financial management, routine preventive maintenance, and minor repair works.
  • Behavioral Impact: Post-intervention monitoring indicated a 70% increase in households practicing correct water treatment and storage techniques at home.
6. Challenges & Mitigation Strategies
  • Challenge (Geological Barriers): Hard rock formations during initial drilling phases delayed timeline schedules in two sectors.
    • Mitigation: Deployed heavy-duty rotary drilling rigs and adjusted site locations slightly following geophysical surveys.
  • Challenge (Supply Chain Inflation): Global fluctuations in material costs impacted local procurement budgets.
    • Mitigation: Leveraged bulk purchasing agreements and substituted imported components with certified, high-grade regional alternatives.
7. Sustainability Framework

To prevent the common pitfall of "abandoned infrastructure" post-project closure, long-term sustainability was embedded through:

  • Financial Model: Implementation of a low-cost, community-managed tariff system (micro-contributions per jerrican) managed through dedicated local bank accounts for future repairs.
  • Technical Support: Partnerships established with regional mechanics and spare-part vendors to ensure technical backup remains locally accessible.
8. Conclusion & Recommendations

The Clean Water and Hygiene Access Initiative successfully demonstrated that sustainable WASH interventions can be rapidly scaled when paired with rigorous community ownership and localized governance.

Key Recommendations for Future Phases:

  1. Scale Digital Monitoring: Integrate IoT-based flow meters and remote water-point status monitors to track functionality in real-time.
  2. Expand Climate Resilience: Integrate rainwater harvesting systems into public infrastructure to supplement groundwater reserves during prolonged dry seasons.
  3. Deepen Livelihood Integration: Combine future water access projects with small-scale agricultural or income-generating water use models to maximize economic dividends.