Adsorption technology to remove arsenic from groundwater | Adsorpciona tehnologija za uklanjanje arsena iz podzemnih voda
2012
Petruševski, B., UNESCO-IHE Institute for Water Education, Delft (Netherlands) | Milic-Rafai, Č., JKP Vodovod i kanalizacija, Subotica (Serbia) | Tasić, M., JKP Vodovod i kanalizacija, Subotica (Serbia) | Zlatanović, Lj., UNESCO-IHE Institute for Water Education, Delft (Netherlands) | Slokar, Y., UNESCO-IHE Institute for Water Education, Delft (Netherlands)
In the 21 century drinking water of acceptable quality should be available to every person. Numerous investigations are on-going worldwide around the world, to develop innovative and cost attractive approaches for production of high quality drinking water. To allow application of new treatment technology in practice, pilot testing under field conditions are required. Groundwater used for drinking water productions in the Subotica municipalities (Serbia) contains elevated concentrations of arsenic, iron and ammonia, and therefore provided a good basis for continuation of research of UNESCO-IHE, the Netherlands Institute for Water Education, that has been developing innovative water treatment technologies specifically in the field of groundwater treatment and specifically arsenic removal. Objective of this project presented in this paper were to test under field conditions IHE ADART, the innovative adsorptive arsenic removal technology. The pilot project has demonstrated that in addition to conventional approach based on coagulation and break-point chlorination, there is and alternative treatment approach based on biological ammonia removal and adsorptive removal of arsenic that could be economically and ecologically attractive.
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