Improving water resources management in Burkina Faso

Providing the country with efficient tools to understand and sustainably manage threatened water resources

A development programme financed by the World Bank and the Burkina Faso government, the PAEA aims to improve the access, the sustainability and the efficiency of the country’s water supply and wastewater services, in both urban and rural areas.

Through its subsidiary SHER, Artelia is involved in one of the key aspects of this programme, the strengthening of the knowledge for the country’s Integrated Water Resources Management (IWRM).


hydraulic structures listed in a database accessible via a web application

1 TB

of hydroclimatological and hydrogeological data in GIS format


hydrogeological map
of Burkina Faso


Studies carried out over the last twenty years have shown that Burkina Faso is a vulnerable country in terms of water resources. With low, random and unevenly spread rainfall, the country does not have very substantial aquifers able to supply high flows. Since the 1980s, periods of drought have increased and groundwater levels have been reduced. Ongoing climate change is threatening the livelihood of a population that lives mainly from agriculture and livestock farming. These observations led to the implementation of a sustainable resource management strategy, which SHER, an Artelia subsidiary, is now helping to develop.

Our teams are carrying out a number of studies to this purpose. They are carrying out geological and hydrogeological characterisation of aquifer systems in sedimentary basins in several regions, and developing management models for some of them. They are identifying groundwater mobilisation infrastructures (45,000) in a database and creating a web application to manage them. They are also studying the optimisation of the piezometric network and the water quality network throughout the country. Artelia has also been asked to update the hydrogeological map and the overall assessment of the country’s resources, creating a geological and hydrogeological model of the western sedimentary basin as a decision-making tool.