Madagascar
Mila Rano - Clean Water for Madagascar
Positive impact generated
Context
In southern Madagascar, water scarcity is one of the most acute challenges facing rural communities. Entire villages depended on rivers and contaminated wells, with women and children walking for hours each day to collect water contaminated with bacteria and parasites. Waterborne diseases - cholera, typhoid - were the leading cause of child mortality in the region.
Objectives and approach
To provide universal access to safe, free drinking water to rural communities in southern Madagascar, reducing CO₂eq emissions from wood-fuel water boiling and generating lasting social impacts.
Objectives
The project aims to eliminate dependence on contaminated water sources by building durable, solar-powered infrastructure that is safe and accessible to all community members regardless of income. A core objective is the verified reduction of climate-altering emissions, achieved by replacing biomass combustion with photovoltaic energy for water purification and distribution. In parallel, the project seeks to reduce the disproportionate unpaid workload placed on women and girls, freeing time for education and income-generating activities. In terms of employment, the project creates stable, skilled jobs both during the construction phase and in the permanent management of the structures. Finally, the project intends to strengthen local water governance capacity through the training of community committees and caretakers responsible for the daily maintenance of the towers.
Approach
Mila Rano operates through the construction of five solar-powered water towers, each equipped with photovoltaic panels for pumping, chemical and microbiological filtration and treatment systems, and a high-capacity storage tank ensuring continuous supply even in the absence of solar irradiance. Each tower is entrusted to a full-time, on-site local caretaker responsible for distribution, cleaning and infrastructure security. Local water committees (comités d'eau) ensure participatory management and usage monitoring. Water quality is regularly verified through microbiological and chemical analyses. Emission reductions are monitored following Verra methodology AMS-III.AV, with periodic data collection and independent third-party verification. The project runs for seven years, renewable twice, ensuring a long-term impact horizon.
Sustainable Development Goals
Supporting this project you’re contributing to the following SDGs:

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