Shabnam Pourfalatoon, Hossein Mazaheri
Water shortage and quality are pressing issues across the globe, exacerbated by climate change. This study focused on the degradation and mineralization of 4-Nitrotoluene (4NT), a toxic and potentially carcinogenic compound found in petrochemical wastewater. The objective was to optimize the MnO2/Clinoptilolite (CP)/O3 process to effectively remove this contaminant. Synthesized wastewater was analyzed through a radical mechanism, emphasizing the role of the anion radical (O2•−) in interactions with ozone. Several operational parameters were evaluated to enhance the efficiency of the degradation process. Results demonstrated the potential of the MnO2/CP/O3 combination in effectively degrading 4NT, suggesting a viable method for treating hazardous wastewater. The findings highlight the importance of using advanced oxidative processes for environmental remediation of resistant pollutants like 4NT.
@article{7f08a81d-1560-4906-855f-7f695cf7b01e,
title={Kinetic Investigation of Degradation of},
author={Shabnam Pourfalatoon and Hossein Mazaheri},
year={2026},
language={en}
}TY - JOUR TI - Kinetic Investigation of Degradation of AU - Shabnam Pourfalatoon AU - Hossein Mazaheri PY - 2026 LA - en ER -
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