The Problem

Situation Context in Kenyan Rural Areas

In Kenya and other Africa nations, almost a third of rural water supply systems are dysfunctional at any given time while the other two thirds start malfunctioning within 3-5 years of construction (Kwena and Moronge 2015). This is attributed to the voluntary management committees’ inadequate capacity in managerial, technical, and business orientation, which often lead to a low level of services provision and non-functionality of the water supply infrastructure.

The voluntary community management of small scale water systems has been the de facto practice in rural Kenya for decades, however there is a growing evidence base critiquing the appropriateness of this model, not only in Kenya, but in many countries that are plagued by high levels of non-functionality and limited access (Eng. Robert Gakubia, Chief Executive Officer – WASREB).

Estimates indicate that the number of rural water supply systems in Kenya is between 15,000 to 20,000 and so the number of dysfunctional systems at any given time in the country is between 5,000 to 6,600.

Failed infrastructure investments in Africa over the past 20 years represents a lost investment of 1.2 billion dollars and millions still lack access to water. The poor walk long distances to access water from un-improved and un-safe water sources and risk suffering from water borne diseases, besides missed livelihood opportunities. Those receiving water have to rely on poor service levels resulting in either being underserved or unserved.

Situation Context in Small towns & Peri-Urban Areas

Most rural market centers, peri-urban & slum areas in Kenya ideally fall under service provision areas of a County Government Water Service Provider (WSP). However, most of these WSPs currently do not have the capacity, competence or motivation to provide services directly in these areas, and as a result the people rely on alternative water suppliers like private boreholes & water bowsers, whose quality of water is not assured beside being costlier.
Functional rural water systems 67%
Non-functional water systems 33%

The Problem