Published in Scientific Papers. Series E. Land Reclamation, Earth Observation & Surveying, Environmental Engineering, Vol. XIII
Written by Diana HANGANU, Lidia FAVIER, Maria HARJA
This article presents an in-depth exploration of diverse methodologies for the separation and removal of various classes of antibiotics from water and aqueous solutions. Focusing on recent advancements, the study offers a comprehensive overview of active substances and novel combinations employed in the removal processes. Notably, the role of adsorbents is discussed, emphasizing their high porosity that enables efficient absorption of substantial contaminant doses. Additionally, the financial benefits of employing photocatalysts in contaminant degradation are highlighted, with an emphasis on the growing body of research in this area. The historical significance of exchange resin as one of the pioneering removal methods is acknowledged, alongside a more contemporary examination of electrochemical approaches specifically tailored to the structural and ionic characteristics of antibiotics. Serving as a valuable guide, this article addresses the advantages and considerations associated with diverse methods of separating antibiotics from aqueous solutions, providing insights into emerging technologies and facilitating informed decision-making in environmental remediation efforts.
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