CWPO Degradation of Natural Organic Matter: Synthetic Water vs. Real Surface Water

CWPO Degradation of Natural Organic Matter: Synthetic Water vs. Real Surface Water

H2O2 was slightly more efficiently used by the catalytic system on RW, in goodagreement with the highest percentage of color removal on this sample (~ 93 %);however, the NOM mineralization was significantly higher (75 %) on the SWagainst RW (37%). It probably was related with higher fraction of more...

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Bibliographic Details
Main Authors: Galeano, Luis Alejandro, García, Ana María, Torres Palma, Ricardo A.
Format: Documento de Conferencia
Language:spa
Published: 2021
Online Access:http://repositorio.uptc.edu.co/handle/001/6620
Description
Summary:H2O2 was slightly more efficiently used by the catalytic system on RW, in goodagreement with the highest percentage of color removal on this sample (~ 93 %);however, the NOM mineralization was significantly higher (75 %) on the SWagainst RW (37%). It probably was related with higher fraction of more refractoryhydrophilic substances formed in the real water (SUVA~ 3, HPI: 12.37 %, HPO:30.88 %) vs. synthetic water (SUVA>4, HPI: 2.30 %, HPO: 14.63 %). Finally, theHPO fraction significantly decreased in both waters, but in RW the change was lesssignificant due to the presence of more refractory substances than SW.