Photodegradation of norfloxacin adsorbed on clay and carbon-clay nanomaterials: an evaluation based on antimicrobial tests

The antibiotic norfloxacin was adsorbed on clay and carbon-clay nanocomposites (MD-210 and MDac3-210-500, synthesized by hydrothermal carbonization of dextrose) but maintained its antimicrobial activity once adsorbed. To degrade it, direct (DP) and indirect (IP, with sulfate radicals) photolysis wer...

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Published inComptes rendus. Chimie Vol. 25; no. G1; pp. 45 - 52
Main Authors Zelaya-Soulé, María Emilia, Horue, Manuel, Torres Sánchez, Rosa María, Castro, Guillermo Raúl, Mártire, Daniel Osvaldo, Fernández, Mariela Alejandra, Arce, Valeria Beatriz
Format Journal Article
LanguageEnglish
Published Académie des sciences 01.01.2022
Subjects
Carbon-clay nanocompounds
Hybrid materials
Norfloxacin
Photolysis
Wastewater treatment
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Abstract The antibiotic norfloxacin was adsorbed on clay and carbon-clay nanocomposites (MD-210 and MDac3-210-500, synthesized by hydrothermal carbonization of dextrose) but maintained its antimicrobial activity once adsorbed. To degrade it, direct (DP) and indirect (IP, with sulfate radicals) photolysis were performed. Antimicrobial activity tests were performed to evaluate the degradation generated. There were no significant differences between DP and IP for unabsorbed norfloxacin solution. The IP treatment caused a loss of antibiotic activity in all cases. For DP, the carbon samples showed better results than those of clay, evidencing the importance of oxygenated carbonaceous groups in the photolysis of norfloxacin.
AbstractList The antibiotic norfloxacin was adsorbed on clay and carbon-clay nanocomposites (MD-210 and MDac3-210-500, synthesized by hydrothermal carbonization of dextrose) but maintained its antimicrobial activity once adsorbed. To degrade it, direct (DP) and indirect (IP, with sulfate radicals) photolysis were performed. Antimicrobial activity tests were performed to evaluate the degradation generated. There were no significant differences between DP and IP for unabsorbed norfloxacin solution. The IP treatment caused a loss of antibiotic activity in all cases. For DP, the carbon samples showed better results than those of clay, evidencing the importance of oxygenated carbonaceous groups in the photolysis of norfloxacin.
Author Horue, Manuel
Torres Sánchez, Rosa María
Zelaya-Soulé, María Emilia
Castro, Guillermo Raúl
Fernández, Mariela Alejandra
Mártire, Daniel Osvaldo
Arce, Valeria Beatriz
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Snippet The antibiotic norfloxacin was adsorbed on clay and carbon-clay nanocomposites (MD-210 and MDac3-210-500, synthesized by hydrothermal carbonization of...
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SubjectTerms Carbon-clay nanocompounds
Hybrid materials
Norfloxacin
Photolysis
Wastewater treatment
Title Photodegradation of norfloxacin adsorbed on clay and carbon-clay nanomaterials: an evaluation based on antimicrobial tests
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