Water supply and sanitation in Ivory Coast concerns access to drinking water, sanitation, wastewater management, drainage and hygiene services in Ivory Coast, officially the Republic of Côte d'Ivoire. The country has expanded access to drinking-water services, especially in urban areas, but gaps remain in rural water supply, sanitation, open defecation, wastewater treatment and service reliability. According to the World Bank's World Development Indicators, based on data from the WHO/UNICEF Joint Monitoring Programme for Water Supply, Sanitation and Hygiene, 77 percent of the population used at least basic drinking-water services in 2024. Access to at least basic sanitation services was lower, at 40 percent of the population in 2024. Open defecation remained a public-health and environmental issue, with 17 percent of the population practising open defecation in 2024. Urban water supply is operated mainly by SODECI, a private operator working under an affermage or lease-type arrangement with the state. The National Drinking Water Office, known in French as the Office national de l'eau potable (ONEP), is responsible for infrastructure development, asset management and oversight of the drinking-water sector. Sanitation, drainage and flood-protection services are under the oversight of the Ministry of Hydraulics, Sanitation and Salubrity and the National Office of Sanitation and Drainage, known as ONAD.
Access
Drinking water Ivory Coast has higher access to basic drinking-water services than to basic sanitation. In 2024, 77 percent of the population used at least basic drinking-water services. Basic drinking-water service refers to drinking water from an improved source, provided collection time is not more than 30 minutes for a round trip.
Access remains uneven across urban and rural areas. Urban households are more likely to have piped water or improved sources close to the home, while many rural communities depend on boreholes, standpipes, village water systems, protected wells and small piped schemes. The World Bank reported in 2024 that rural access remained a major policy concern and that the government planned to scale up multi-village systems as part of its rural water strategy. The national rural water strategy includes a model known as système multi-villages (SMV), under which several villages are grouped around one production system such as a treatment plant or interconnected boreholes. The government set a goal of connecting 1,000 localities per year, equivalent to about 200 SMV systems by 2030, with the aim of providing improved water to 95 percent of the rural population.
Sanitation Sanitation coverage is lower than drinking-water coverage. In 2024, 40 percent of the population used at least basic sanitation services. At least basic sanitation refers to the use of improved sanitation facilities that are not shared with other households. The World Bank reported that safely managed sanitation remained limited. Based on 2022 JMP data cited in a World Bank project document, about 17 percent of the population had access to safely managed sanitation services, below the sub-Saharan African average cited in that document. Many households rely on onsite sanitation systems such as pit latrines and septic tanks. These systems require safe emptying, transport, treatment and disposal or reuse of faecal sludge, but services are absent or weak in many locations. Open defecation remains a challenge, especially in rural areas. World Bank/JMP data placed national open defecation at 17 percent in 2024. UNICEF reported that the rate remained high in rural areas, where it was estimated at 38 percent in 2024.
Service quality Service quality varies by location, type of settlement and water source. In urban areas, service quality depends on production capacity, storage, distribution networks, pressure, continuity of supply and household connections. In rural areas, service quality depends on water-point functionality, distance, maintenance arrangements, water quality and the reliability of boreholes or small piped systems. Urban water supply has received large investments in secondary cities. The World Bank reported that the Urban Water Supply and Sanitation Strengthening Project provided improved water supply to 1,983,330 people in 10 secondary cities. The project supported 10 water treatment plants with 85,960 m3 per day of capacity, 12 storage reservoirs with 15,550 m3 of storage and 1,823 km of distribution networks. Water shortages have been reported in parts of Abidjan, where population growth, urban expansion and climate variability have placed pressure on water production and distribution. In 2019, a report republished by PreventionWeb described chronic shortages in parts of the city and linked the problem to rapid urbanization, rising demand and reduced groundwater replenishment. Water supply and sanitation services also face pressure from rapid urbanization, population growth, ageing infrastructure, water losses, sanitation gaps and pollution of surface and groundwater resources. Poor sanitation can reduce water security when untreated sewage enters rivers, drains, wetlands or densely populated areas.
Water resources Ivory Coast has surface-water and groundwater resources that support domestic water supply, agriculture, hydropower, fisheries and industry. Major river systems include the Bandama River, Sassandra River, Comoé River and Cavalla River. Urban water supply systems draw from surface water and groundwater depending on the region, city size, aquifer conditions and treatment capacity. Water security has become a national planning concern because of demographic growth, climate variability, urban expansion and regional inequalities. The World Bank's Water Security and Sanitation Support Project was designed to strengthen water-resources management and increase access to water and sanitation services in selected regions of the country. The first phase focuses on northern regions, which the World Bank identified as having the highest risk of water scarcity, low access to water and sanitation, and strong demographic growth.
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