Central composite design for the optimization of Basic Red V degradation in aqueous solution using Fenton reaction
Publication Type
Original research
Authors

Basic Red V (BR) is a stable dye used in different areas like textile industry. Fenton reaction is
often used to decompose stable substances in wastewater. In this study, experimental design
method (Central composite design) was used to investigate the effect of four factors on degradation
of BR, that are pH, H2O2, Fe2+ and BR concentration. The response surface was determined by
JMP and STATISTICA programs. The optimal reacting conditions were determined using central
composite design, and it was found to be initial pH = 4.00, [H2O2] = 54 mg L–1, [Fe2+] = 27.50 mg L–1
for [BR] = 18 mg L–1 at ambient temperature. Under optimal conditions, 85% degradation efficiency
of dye in aqueous solution was achieved after 30 min of reaction time.

Journal
Title
desalination water treatment
Publisher
taylor and francis
Publisher Country
United States of America
Indexing
Scopus
Impact Factor
1.79
Publication Type
Prtinted only
Volume
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Year
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Pages
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