STUDY OF SORPTION EXTRACTION OF COPPER IONS FROM MODEL WASTE WATERS BY NOVEL FERRITE BASED SORBENTS

The present work devoted to study of sorption of copper ions by novel samples of magnesium and zinc ferrites synthesized by citrate burning method. The time of copper ions sorption was experimentally determined from model aqueous solutions containing 3,2 mg of Cu2+ ions. The effect of pH on sorption was studied. The higher sorption ability of magnesium ferrite sample (in 1.6 time) than that for zinc ferrite sample was found. The analysis of experimental data revealed that both ferrite samples retain sorption capacity in multiple adsorption cycles without regeneration.

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Published
2024-10-24
DOI
https://doi.org/10.58168/circular2024_249-253
Citations
1
Primary Topic
Iron oxide chemistry and applications
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article
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article

STUDY OF SORPTION EXTRACTION OF COPPER IONS FROM MODEL WASTE WATERS BY NOVEL FERRITE BASED SORBENTS

L. A. Novikova, Е. В. Томина, O. Molchanova
1 citations
Iron oxide chemistry and applications
0.10
article

STUDY OF SORPTION EXTRACTION OF COPPER IONS FROM MODEL WASTE WATERS BY NOVEL FERRITE BASED SORBENTS

L. A. Novikova, Е. В. Томина, O. Molchanova
article en
1 citations

Abstract

The present work devoted to study of sorption of copper ions by novel samples of magnesium and zinc ferrites synthesized by citrate burning method. The time of copper ions sorption was experimentally determined from model aqueous solutions containing 3,2 mg of Cu2+ ions. The effect of pH on sorption was studied. The higher sorption ability of magnesium ferrite sample (in 1.6 time) than that for zinc ferrite sample was found. The analysis of experimental data revealed that both ferrite samples retain sorption capacity in multiple adsorption cycles without regeneration.

Voronezh State University of Forestry and Technologies (RU), Voronezh State University (RU)
Openalex Percentile: Top 63%
Iron oxide chemistry and applications
0.10
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STUDY OF SORPTION EXTRACTION OF COPPER IONS FROM MODEL WASTE WATERS BY NOVEL FERRITE BASED SORBENTS — L. A. Novikova, Е. В. Томина, et al. · (2024) | TGRS Research Map | TGRS