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An optimization approach for multi-sectoral water supply management in the Greater Beirut Area

An optimization approach for multi-sectoral water supply management in the Greater Beirut Area
An optimization approach for multi-sectoral water supply management in the Greater Beirut Area
This paper presents a model that was developed and applied to serve as a water supply multi-sectoral decision support system for water resources management taking economic and socio-environmental factors into consideration. The applicability of the model was tested in the Greater Beirut Area by examining future supply-demand management alternatives and quantifying the cost-benefit of viable policies. The effect of eliminating a particular source to account for resources depletion and public acceptability, as well as increased returns from water use were proven to affect greatly the water allocation scheme. The model can also be a useful tool to assess the effect of decreasing unit costs from water supply options (desalination) and the resulting breakeven point, and the effect of increased water demand due to unplanned growth (tourism).
Water Resources Center, American University of Beirut
Yamout, G.
d1bc92f5-3d05-48b2-8c36-d277d0923de2
El-Fadel, M.
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Yamout, G.
d1bc92f5-3d05-48b2-8c36-d277d0923de2
El-Fadel, M.
5a565dad-695d-4dd3-a3a6-f02389b82dc4

Yamout, G. and El-Fadel, M. (2003) An optimization approach for multi-sectoral water supply management in the Greater Beirut Area Lebanon. Water Resources Center, American University of Beirut 22pp.

Record type: Monograph (Working Paper)

Abstract

This paper presents a model that was developed and applied to serve as a water supply multi-sectoral decision support system for water resources management taking economic and socio-environmental factors into consideration. The applicability of the model was tested in the Greater Beirut Area by examining future supply-demand management alternatives and quantifying the cost-benefit of viable policies. The effect of eliminating a particular source to account for resources depletion and public acceptability, as well as increased returns from water use were proven to affect greatly the water allocation scheme. The model can also be a useful tool to assess the effect of decreasing unit costs from water supply options (desalination) and the resulting breakeven point, and the effect of increased water demand due to unplanned growth (tourism).

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Published date: 2003

Identifiers

Local EPrints ID: 52790
URI: http://eprints.soton.ac.uk/id/eprint/52790
PURE UUID: d623ebf1-aa1a-4e80-8336-a13c42ec4429

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Date deposited: 30 Jul 2008
Last modified: 09 Jan 2024 17:40

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Contributors

Author: G. Yamout
Author: M. El-Fadel

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