Satisfying Urban Thirst: Water Supply Augmentation and Pricing Policy in Hyderabad City, India

Satisfying Urban Thirst: Water Supply Augmentation and Pricing Policy in Hyderabad City, India

by R. Maria Saleth, Ariel Dinar
     
 
This paper investigates the kind of policy changes and institutional conditions necessary to ensure the economic viability of market-based solution to inter-sectoral allocation problems in an urban context. This is done by (a) evaluating the economics of various supply augmentation options - both internal and external as well as structured and unstructured, (b)

Overview

This paper investigates the kind of policy changes and institutional conditions necessary to ensure the economic viability of market-based solution to inter-sectoral allocation problems in an urban context. This is done by (a) evaluating the economics of various supply augmentation options - both internal and external as well as structured and unstructured, (b) estimating the user-specific water demand and consumption response functions under alternative pricing (average and marginal) schemes, (c) calculating the net willingness to pay (NWTP) - considered to be an approximation of the value of raw water - of user groups from their respective price elasticities, (d) demonstrating how inadequate the NWTP is to justify most supply augmentation options including inter-sectoral water transfers, and (e) arguing that the economic conditions internal to the urban water sector can never support an externally imposed water transfer - whether market-based or otherwise - as long as the rate structure is low and uneconomical. The main implication of this paper is that although local level supply augmentation options cannot, by themselves, solve urban water deficit altogether, their exhaustion is admittedly a necessary condition for market-based inter-sectoral water transfers to be free of the damage to the incentive environment facing urban water sector.

Product Details

ISBN-13:
9780821341469
Publisher:
World Bank Publications
Publication date:
12/28/1997
Series:
Technical Paper Series
Pages:
52
Product dimensions:
8.41(w) x 10.78(h) x 0.23(d)

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