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- W2185164792 abstract "Nowadays, Egypt is suffering from shortage in available water resources due to increase of population density and food requirements. The main concern is to reuse non-conventional resource safely. One of the possible new tools in Egypt to mitigate the expected negative environmental impacts is through artificial recharge of treated wastewater which can result in additional advanced sewage treatment stage during its passage through the unsaturated zone, which is known as Aquifer Treatment (SAT). The main objectives of this research are to investigate and quantify the technical visibility of implementing the SAT system to renovate treated wastewater under the prevailing condition of Abu Rawash study area and application of environmental impact assessment (EIA) before and after experiment operation. The results indicated that reuse non-conventional water resources lead to improve the aquifer potentiality for low productive aquifer as in Abu Rawash area and promoting recovery of overexploited aquifer and decrease the depth to groundwater. Aquifers with deep groundwater are more suitable to achieve SAT due to large thickness of unsaturated zone. Soil plays an important role in the purification process of the recharged wastewater. BOD and COD concentrations are reduced by 50-80 % which improves the efficiency of recharge and treatment completion through soil stratification. The EIA results indicated that positive impacts increased from 15% to 64% while negative impacts decreased from 66% to 9% after experiment operation. The feasibility of artificial recharge with wastewater depends on a large extent on the quality of wastewater and the capacity of the soils in enhancing its quality. Results indicated that artificial recharge for groundwater aquifer using treated wastewater is promising technique whoever it needs more detailed study. Also a good designed monitoring system is necessary to evaluate the effect of recharge process on the groundwater quantity and quality." @default.
- W2185164792 created "2016-06-24" @default.
- W2185164792 creator A5035888451 @default.
- W2185164792 date "2013-01-01" @default.
- W2185164792 modified "2023-09-26" @default.
- W2185164792 title "Environmental Impact Assessment of Artificial Recharge of Treated Wastewater on Groundwater Aquifer System. Case study: Abu Rawash, Egypt" @default.
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