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Providing access to safe drinking water remains a huge challenge in many parts of rural Africa. Improved financing strategies are necessary to serve the poorest and most vulnerable people, while ensuring that there are sufficient funds to sustain services. One of the 7th Millennium Development Goal targets is to halve the proportion of people without sustainable access to safe drinking water by 2015. However, even existing services are struggling. Research from the University of Loughborough in the UK investigates various financial aspects of water provision and presents a systematic approach to determining service delivery costs. In the past, external experts constructed new water supplies and handed them over to user communities to manage without adequate financing strategies. This approach was too simplistic. While focusing on short-term capital costs, planners did not adequately address long-term costs associated with operating such systems. As a result, an estimated 35 percent of existing water systems in rural sub-Saharan Africa are not working at any given time. Ideally, sustainable financing strategies cover direct operational costs as well as institutional support, rehabilitation and expansion costs. While full cost-recovery for rural water services in Africa is rarely achievable, it seems more realistic to cover ongoing services and recurrent maintenance costs. So far, determining the real costs of service provision has been a problem because tariffs have not been set systematically. The research suggests a comprehensive assessment of maintenance, repair and rehabilitation costs for different water system technologies. On that basis, it is possible to develop a more realistic system of tariffs. Regarding sustainable finances in rural water provision, the researcher identifies several issues:
Despite huge challenges, there is the potential to improve water services in rural areas, particularly in financing strategies. Among the recommendations, the research highlights the following:
Source(s): id21 Research Highlight: 11 December 2007
Further Information: Tel:
+44 (0)1509 228743 Water, Engineering and Development Centre, Loughborough University, UK Other related links:
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