Groundwater management by riverbank filtration and an infiltration channel: the case of Obrenovac, Serbia

Polomčić, Dušan; Hajdin, Bojan; Stevanović, Zoran; Bajić, Dragoljub; Hajdin, Katarina

Groundwater management by riverbank filtration and an infiltration channel: the case of Obrenovac, Serbia | Gestion de l’eau souterraine par filtration de berge et canal d’infiltration: le cas de Obrenovac, Serbie Manejo del agua subterránea por filtración en las márgenes del río y por un canal de infiltración: el caso de Obrenovac, Serbia Gestão de água subterrânea através de bancos filtrantes em rios e num canal de infiltração: o caso de Obrenovac, Sérvia Menadžment podzemnih voda pomoću rečne obalske filtracije i infiltracionog kanala: primer izvorišta Obrenovac, Srbija

2013

Polomčić, Dušan | Hajdin, Bojan | Stevanović, Zoran | Bajić, Dragoljub | Hajdin, Katarina

The Vic Bare groundwater source is used to supply water to the population and industry of Obrenovac, one of the municipalities of Belgrade (the capital of Serbia). It is a typical riverbank filtration site; exploitation is performed through 30 drilled wells and two radial wells located in the meander of the Sava River. The established hydraulic connection between the river and tapped aquifer is so great that the river regime has a dominant influence on the aquifer. As a consequence of this, water-delivery reduction occurs in the dry months (summer-autumn), when the population needs water the most. Based on the data associated with the river's gauges, precipitation, quantity of pumped water and groundwater-level fluctuation, a simulation of the groundwater regime for non-steady-state flow conditions has been undertaken through a numerical model. To overcome problems of water shortage during the dry season, the possibility of artificial recharge using an infiltration channel, made up of two connected parts, was analyzed. During the dry months, 80 % of the wells receive water partly from the infiltration channel. In this way, possibilities for extracting additional water are created. The application of this concept is discussed.

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