Informations et ressources scientifiques
sur le développement des zones arides et semi-arides

Accueil du site → Master → Etats Unis → 2015 → Integrate Economics with Engineering to Transform Water and Energy in Jordan.

Tufts University (2015)

Integrate Economics with Engineering to Transform Water and Energy in Jordan.

Halaseh, Ayman.

Titre : Integrate Economics with Engineering to Transform Water and Energy in Jordan.

Auteur : Halaseh, Ayman.

Université de soutenance  : Tufts University

Grade : Master of Science (MS) 2015

Résumé
Jordan is a water and energy poor country, yet consumes 20% of its power resources to provide only a minimum water allocation for health and hygiene. Sustainable water resources only meet 16% of its domestic and agricultural needs. The Multi-Year Water Allocation Systems (MYWAS) project developed a deterministic hydrologic-economic optimization model for water resource allocation in the Northern Governorates of Jordan. The model maximizes system wide net benefits, by increasing the social welfare and reducing energy cost, subject to a wide range of environmental, engineering and social constraints. The model was used to evaluate three scales of analysis : (1) alternative water allocation policies, (2) potential mega-projects, and (3) several proposed infrastructure improvement plans. The existing water allocation policy is found to result in an unrealistic and inefficient water allocation, thus an alternative policy is proposed to reduce the domestic allocation by 30%. An evaluation of proposed mega-projects found that the Swap project between Jordan and Israel, part of the Red-Dead project, and a water loss reduction program are attractive alternatives especially when compared to the Disi conveyance project. An infrastructure improvement plan is also proposed to improve allocation efficiency. We also found that a 50% reduction of water system losses has a similar impact to improving the system infrastructure capacity. We also found that the impact of Syrian refugees has an order of magnitude higher impact on system social welfare and would cost $450 per person per year, accounting for 7% of GDP. Our long term goal is to extend the hydrologic-economic model completed for the North of Jordan, to cover Jordan, and to combine it with similar models for Israel and Palestine, enabling cooperative strategies for trans-boundary water conflict resolution in the Middle East.

Présentation

Version intégrale )

Page publiée le 7 juin 2021