Abstract

Different water utilities use different performance indicators to assess their performance. Although these indicators are peculiar to particular situations, it is paramount that each indicator is applied consistently among utilities as this is good for benchmarking purposes. Besides being well documented, performance indicators have not been well reviewed from the perspective of developing countries. Furthermore, there is limited understanding of the application of performance indicators among developing countries. Therefore this paper reviewed performance indicators for physical water loss management. The African Development Bank self-assessment matrix was applied to the City of Gweru, Zimbabwe. Furthermore, the infrastructure leakage index was used to assess the performance of the water utility. The self-assessment approach showed a 62% level of implementation of NRW strategies by the city. This means that the city was poorly managing its non-revenue water. The city had an infrastructure leakage index of 9.7. This index is in Category C of the International Water Association physical loss matrix meaning that the city was managing its non-revenue water poorly. Therefore the city must be proactive in the management of its physical water losses as well as maintain its infrastructure consistently.

Highlights

  • Many developing countries throughout the world are facing a variety of water supply challenges [1]

  • More than a third of Africans living in urban set-ups are currently lacking access to adequate water services and facilities [1]

  • The objective of this paper is to review the applicability of Non-revenue water (NRW) and Infrastructure Leakage Index as key performance indicators used widely in developing countries

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Summary

Introduction

Many developing countries throughout the world are facing a variety of water supply challenges [1]. Arid and semi-arid areas are facing severe water scarcity due to rapidly growing demand for water resources [2]. Urban water supply suffers a myriad of challenges that include intermittency and unauthorised connections [3]. Despite the challenges affecting developing countries, Africa has the least water supply and sanitation coverage than any other region in the world [2]. New strategies for water development and management are urgently needed to avert severe national, regional and local water scarcities that will depress agricultural and industrial productivity [4]. ENF m3 / hr hour / day factor 30 days / month. Equation (4) represents the real losses in a water supply system

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