With an estimated 30% of Kenya’s national population in either primary or secondary school, access to a safe and reliable water service in schools is central to the achievement of Kenya’s Vision 2030 and the Sustainable Development Goals (SDGs) agenda on both basic education and water services. This briefing note outlines policy implications of an empirical study estimating the cost to guarantee safe and reliable daily drinking water services to all schools in Kitui County, building on experience and insights from FundiFix, a professionalized water service maintenance model operating in Kenya.
Institutions
Guaranteeing safe drinking water services for public schools in Kenya: A costed professional service delivery model for Kitui County
This working paper offers a detailed analysis of the costs and requirements to deliver safe and reliable water services in Kitui County schools, based on a county-wide audit and financial information from a professionalized water service delivery model operating in the county. The authors use this to develop an estimate of the cost to guarantee safe and reliable daily drinking water services for all of Kenya’s public schools, and provide insights into new funding models and policy developments to facilitate this important goal.
Can solar water kiosks generate sustainable revenue streams for rural water services?
This study explores how upgrading water supply infrastructure influences user behaviour in rural Mali by modelling changes in revenue and volumetric water use when handpumps are upgraded to solar kiosks. Average monthly revenue is four times higher with solar kiosks, whilst payment collections increased and remained stable after upgrading handpumps to solar kiosks.
GIS-based multi-criteria decision analysis model for utility water demand: The case of Lodwar Municipality, Turkana County, Kenya
Water shortage affects every continent and is listed as one of the largest global risks hence the need for proper management of water resources. Municipalities and cities worldwide are struggling to meet increasing demand for water amid rapid urbanization, increasing population growth, industrial development and expansion of human activities. This study used Geographic Information System (GIS) techniques and Multi-Criteria Decision Analysis (MCDA) to develop a decision support model that can be applied to improve the utility water demand management for the Lodwar Municipality in Turkana Kenya. The results can help water utility managers and decision makers highlight suitable areas for network expansion as well as infrastructure management planning within the municipality.
Is volumetric pricing for drinking water an effective revenue strategy in rural Mali?
This paper is based on an analysis of over 4,000 months of handpump revenue data in Mali, exploring the effect on revenue and usage when a water service switches from a volumetric tariff to a monthly flat fee. The switch from volumetric to flat fees led to three times more monthly revenue, although a subsidy gap persists. Flat fees and higher temperatures were linked to higher water usage, offering insights into the role of professional service delivery models to support climate-resilient and reliable drinking water supplies for rural communities.
Water for healthcare is for more than drinking – Rethinking the water service indicators for healthcare facilities
Healthcare water systems are a critical but overlooked source of healthcare-associated infections. This poster presented at Singapore International Water Week 2024 details a cross-sectional study to examine the quality of water services in Bangladesh public hospitals as assessed by the JMP WASH in Healthcare Facilities indicator, and the utility of E. coli as an indicator of safe water for healthcare use.
Creating an enabling environment for research impact
This discussion document draws on perspectives of researchers, research users from government and UN agencies, and funders, to reflect on the enabling environment that funders and universities can create to support the translation of research into impact. Areas for funders to focus on to strengthen enabling environments include (1) fostering science-practitioner networks, (2) enhancing collaborative research environments based on equitable partnerships, and (3) shifting financing and incentives to sustain partnerships for impact at scale.
Improving water security through a Science-Practitioner Partnership with UNICEF
UNICEF has been a global, regional and national partner with REACH since 2015. A science-practitioner partnership was one of three foundations informing REACH’s work to improve water security for millions of poor people in Africa and Asia. The partnership aimed to...
Story of Change: Progress to deliver safe drinking water services to 100 million rural people by 2030
In 2021, REACH and RWSN led a global diagnostic survey to identify rural water service providers in 68 countries with interest or existing experience in results-based funding. Results suggested that up to 68 service providers in 28 countries could potentially provide results-based services to 5 million rural people. Subsequently, the Uptime Catalyst Facility has expanded results-based contracts for reliable water services serving 1.5 million rural people in 7 countries in 2022 to over 5 million people in 17 countries, including Latin America and India in 2024.
Information synthesis to identify water quality issues and select applicable in-stream water quality model for the Awash River basin in Ethiopia: A perspective from developing countries
In-stream water quality models can help prepare effective planning strategies to tackle problems with stream water quality and understand pollutant dynamics in stream systems. In this study, water quality issues in the Awash Basin were reviewed to select an applicable in-stream model to support local model practitioners in creating improvement in water quality management. QUAL2KW and INCA models are found more applicable for the present conditions, while the WASP model may be useful to conduct detailed analysis.
