Effectiveness of Bank Filtration for Water Supply in Arid Climates (eBook, ePUB) - Mahmoud, Ahmed Ragab Abdelrady
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>20 °C). Finally, design parameters such as the number of infiltration wells should be configured to minimise the proportion of polluted groundwater in the pumped water. Overall, this study provides insight into the effectiveness of BF in removing chemical pollutants from surface water and proposes guidelines for the successful application of BF in developing countries where arid conditions and high temperatures prevail.

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Produktbeschreibung
>20 °C). Finally, design parameters such as the number of infiltration wells should be configured to minimise the proportion of polluted groundwater in the pumped water. Overall, this study provides insight into the effectiveness of BF in removing chemical pollutants from surface water and proposes guidelines for the successful application of BF in developing countries where arid conditions and high temperatures prevail.

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Autorenporträt
Ahmed is a post-doctoral researcher at the water management department, TU Delft. He obtained his bachelor degree in chemistry from Aswan University (Egypt), postgraduate diploma in applied environmental geoscience from Assiut University (Egypt), a master of science in water resources management at ITC, University of Twente. He conducted his PhD research at TU Delft and IHE-Delft, focused on development of a management framework for bank filtration technique for water supply in arid environments.

Ahmed has participated in several projects in water resources management, including; groundwater modelling, remote sensing for resources management, and modelling of water quality. He also developed a remote-sensing based model (AquaSEBS) to estimate the evaporation rate over fresh and saline water bodies. His research interests include: DNA tracer for hydrological processes, managed aquifer recharge, removal of micropollutants, and groundwater modelling.