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Complete Book PDF (4.12MB) - World Bank eLibrary

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Rural Water Supply Corruption in Ethiopia 149<br />

that found in other parts of the construction industry: contractors<br />

may fail to build to specification, concealing substandard work and<br />

materials or paying officials to ignore it. Or oversight officials may<br />

demand payments to ignore instances where specifications are not<br />

adhered to. Fraudulent invoicing and documentation is another common<br />

problem.<br />

Such practices help contractors to minimize costs and increase profit,<br />

but the outcome may be poor-quality work that affects the reliability<br />

and quality of services. Poor quality may be visible, as in the case of a<br />

dam or community tap, or it may be invisible absent a physical audit.<br />

Groundwater development is a case in point: A contractor that drills a<br />

shallow borehole and then claims payment for a deeper one, or who<br />

installs substandard materials inside the borehole and claims otherwise,<br />

can “hide” bad practice beneath the ground. Corruption then becomes<br />

difficult to detect.<br />

In Ethiopia, groundwater development to meet dispersed rural<br />

demand underpins the UAP. Yet despite massive (and accelerating)<br />

investment in borehole drilling (as shown previously in table 4.1), little<br />

is known about corruption in drilling and water point construction.<br />

Could this be a serious problem, or is this part of the value chain reasonably<br />

clean?<br />

The evaluation approach. To answer this question, the study team carried<br />

out a study of 26 boreholes in Oromia and SNNPR in tandem with<br />

water point interviews. The study had two main elements:<br />

• A postconstruction technical investigation, using down-the-borehole<br />

CCTV equipment to assess what had actually been constructed.<br />

Findings were then compared with contract specifications, borehole<br />

completion reports, and final invoices to ascertain whether (a) what<br />

was actually built matched the design specification; and (b) what was<br />

claimed, or invoiced, matched what was actually built. In addition,<br />

data on borehole construction costs were analyzed to identify areas<br />

where major savings could potentially be made through corrupt<br />

practices.<br />

• A village survey, including (a) the collection of basic information on<br />

village characteristics; (b) an assessment of the community development<br />

process in relation to water point planning and management; and<br />

(c) a simple assessment of borehole performance in terms of functionality,<br />

water availability, and water quality. In addition, a perception

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