Removal of nitrogen species during SAT system - Abu Ramadan, Tarek M.;Aish, Adnan;Al-Mahallawi, Khamis
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Soil Aquifer Treatment (SAT) is a low cost technology for advanced wastewater treatment and reuse, which is accomplished by infiltrating the treated wastewater from basin surface through the soil, under operation schedule known as wetting drying schedule or cyclic pattern. SAT systems contribute to solving the problem of fresh water shortage through recharging the groundwater, and also they contribute to solving the problem of the surplus treated wastewater. So, increasing interest is given to remove the significant nitrogen species (ammonia, nitrate and nitrite) from the treated wastewater…mehr

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Produktbeschreibung
Soil Aquifer Treatment (SAT) is a low cost technology for advanced wastewater treatment and reuse, which is accomplished by infiltrating the treated wastewater from basin surface through the soil, under operation schedule known as wetting drying schedule or cyclic pattern. SAT systems contribute to solving the problem of fresh water shortage through recharging the groundwater, and also they contribute to solving the problem of the surplus treated wastewater. So, increasing interest is given to remove the significant nitrogen species (ammonia, nitrate and nitrite) from the treated wastewater during SAT system operation to prevent groundwater pollution. The effects of different wetting drying schedules and the impact of other factors on SAT system performance using different types of soil, were studied in this work by conducting soil column experiments.
Autorenporträt
Tarek M. Abu Ramadan was born in Gaza city, Palestine in 1963. He has obtained a bachelor's degree in chemical engineering from Patra University, Greece in 1993, a diploma in water supply and sanitation from the IHE-Delft, The Netherlands in 1994, and a master's degree in water and environmental science from Al-Azhar University, Palestine in 2014.