Özet:

In this study, the chemical structure of the gelimsi dust, which is treated as waste as a result of the water treatment process in the Ankara Ivedik Drinking Water Treatment Facilities, has been investigated. Chemical analysis is done using both classic and atomic absorption methods. The research has been carried out on the basis of whether it is produced in agricultural fields. The research finds that the main component of the waste dust is Al(OH)3 and over time it loses its water and turns into oxide and stones. According to the test, the waste can be planted in the straw but compared to the control groups, the length of the root and leaf is shortened. This waste is not very plant-friendly as it does not have any polluting effects on the environment. It is also found that the idea that the polyelectrolyte added to the purpose of accelerating the collapse of Al(OH)3 gel will be useful as it does not have an effect on grinding. Because the most burdened costs in water treatment facilities are spent for Al2(SO4)3, the Al2(SO4)3 hand should be re-examined from this waste dust that contains a high percentage of Al.

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