Novel ferrate (VI) technology in water and wastewater treatment

Novel ferrate (VI) technology in water and wastewater treatment. A potential oxidant/disinfectant chemical reagent for water treatment is green chemical ferrate (VI) salt. In the present work, potassium ferrate was synthesized, purified and characterized by spectral studies. Water samples were collected from GUYSUCO (ECD), DDL (ECD), Lodge (Georgetown) and UG (ECD), Guyana. The water quality parameters used to examine water quality, pre- and post-treatment, were turbidity, pH, dissolved solids, total hardness, chemical oxygen demand and iron content. The pre- and posttreatment procedures were useful in determining the treatment potential of synthesized ferrates. Potassium ferrate was found to be more stable and effective in water treatment.

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Publication Details

Journal
Revista Boliviana de Química
Published
2024-12-30
DOI
https://doi.org/10.34098/2078-3949.41.3.2
Primary Topic
Advanced oxidation water treatment
Type
article
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article

Novel ferrate (VI) technology in water and wastewater treatment

Ashish Kumar Tiwari, Brij Bhushan Tewari, Dale B. Edwards
Revista Boliviana de Química
Advanced oxidation water treatment
article

Novel ferrate (VI) technology in water and wastewater treatment

Ashish Kumar Tiwari, Brij Bhushan Tewari, Dale B. Edwards
article en

Abstract

Novel ferrate (VI) technology in water and wastewater treatment. A potential oxidant/disinfectant chemical reagent for water treatment is green chemical ferrate (VI) salt. In the present work, potassium ferrate was synthesized, purified and characterized by spectral studies. Water samples were collected from GUYSUCO (ECD), DDL (ECD), Lodge (Georgetown) and UG (ECD), Guyana. The water quality parameters used to examine water quality, pre- and post-treatment, were turbidity, pH, dissolved solids, total hardness, chemical oxygen demand and iron content. The pre- and posttreatment procedures were useful in determining the treatment potential of synthesized ferrates. Potassium ferrate was found to be more stable and effective in water treatment.

Revista Boliviana de QuímicaVol. 41(3)
Clean water and sanitation
Openalex Percentile: Top 76%
Advanced oxidation water treatment
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