Improvement of Bor River water quality through treatment and recirculation of mining and metallurgical wastewater

The Bor, Krivelj, and Bela Rivers, impacted by mining and metallurgy, have historically exhibited acidic conditions and high dissolved metal concentrations. This study evaluates the effects of wastewater treatment and smelter reconstruction in 2022 on water quality. The pH of the Bor River increased from 2.37 to neutral in mid-2022, leading to a sharp decrease in dissolved Cu and As concentrations. However, resuspension of contaminated sediment increased particulate form of Cu in water. The results showed significant water quality improvement due to environmental investments.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.5937/imprc25435d
Primary Topic
Mine drainage and remediation techniques
Type
article
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article

Improvement of Bor River water quality through treatment and recirculation of mining and metallurgical wastewater

Ana Petrović, Dragana Adamović, Zoran Štirbanović, Stefan Đorđievski et al.
Mine drainage and remediation techniques
article

Improvement of Bor River water quality through treatment and recirculation of mining and metallurgical wastewater

Ana Petrović, Dragana Adamović, Zoran Štirbanović, Stefan Đorđievski, Miloš Đukić, Jelena Petrović
article en

Abstract

The Bor, Krivelj, and Bela Rivers, impacted by mining and metallurgy, have historically exhibited acidic conditions and high dissolved metal concentrations. This study evaluates the effects of wastewater treatment and smelter reconstruction in 2022 on water quality. The pH of the Bor River increased from 2.37 to neutral in mid-2022, leading to a sharp decrease in dissolved Cu and As concentrations. However, resuspension of contaminated sediment increased particulate form of Cu in water. The results showed significant water quality improvement due to environmental investments.

Openalex Percentile: Top 90%
Mine drainage and remediation techniques
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