A heterogeneous domain-limited core–shell Fe 3 O 4 @C UV–Fenton system for mixed antibiotics degradation: insights into the synergistic effect and mechanisms
Key Points
This research aims to evaluate a core-shell Fe3O4@C catalyst for the degradation of mixed antibiotics in water using UV-Fenton reaction.
Preparation of core-shell Fe3O4@C catalyst.
Application of UV-Fenton reaction for degradation.
Assessment of removal efficiency for mixed antibiotics ENR and SM2.
The Fe3O4@C catalyst exhibited high efficiency in degrading mixed antibiotics.
The study identified a synergistic effect in the UV-Fenton process.
Effective removal rates for ENR and SM2 were achieved, reflecting catalyst performance.
Abstract
A core–shell Fe 3 O 4 @C catalyst was prepared and used as an efficient microreactor for the UV–Fenton reaction to remove mixed antibiotics (ENR and SM2) in water.
Demander à l'IA
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Demander à l'IA
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A heterogeneous domain-limited core–shell Fe 3 O 4 @C UV–Fenton system for mixed antibiotics degradation: insights into the synergistic effect and mechanisms | Synapse