ADVANCED OXIDATION PROCESS OF REMOVAL OF ACID RED 14 BY PROXY MONO SULFATE POTASSIUM

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RASOULIFARD M.H.; ZIARATI P.; MIRZAIE A.

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Seminar Paper

Paper Information

Seminar: IRANIAN CHEMISTRY CONGRESS
Year:2013 | Issue:16

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Title

ADVANCED OXIDATION PROCESS OF REMOVAL OF ACID RED 14 BY PROXY MONO SULFATE POTASSIUM

Author(s)

RASOULIFARD M.H. | ZIARATI P. | MIRZAIE A. | Issue Writer Certificate

Keywords

ADVANCED OXIDATION PROCESS

DYE ACID RED 14

PROXY MONO SULFATE POTASSIUM

RWATE TREATMENT

Abstract

OBJECTIVE: THE PRESENCE OF DYES NOT ONLY HIGHLY COLORS THE EFFLUENT EVEN AT VERY LOW CONCENTRATION, IT ALSO CAUSES ECOLOGICAL AND ENVIRONMENTAL PROBLEMS BECAUSE OF SYNTHETIC DYES IS A MAJOR CONCERN OVER LAST FEW DECADE [1, 2]. ONE OF THE MAJOR TREATMENT TECHNOLOGIES IS ADVANCED OXIDATION PROCESSES (AOPS). THE SYSTEMS (AOPS), AS AN EFFICIENT AND POWERFUL TECHNOLOGY AS A KEY TECHNOLOGY FOR FUTURE CONSIDERATION IS KNOWN. THE AIM OF THIS STUDY WAS TO INVESTIGATE THE REMOVAL METHOD OF ACID RED 14 FROM WATER.MATERIALS AND METHODS: THE DEGRADATION OF ACID RED 14, COMMONLY USED THE TEXTILE DYE, AQUEOUS MEDIUM THROUGH THE OXIDATION PROCESS BY PROXY MONO SULFATE POTASSIUM WAS DONE. THE REMOVAL EFFICIENCY OF THE DYE UNDER DIFFERENT AMOUNTS OF CATALYST WAS INVESTIGATED. FE2+/ HSO5-, WERE THE PARAMETERS THAT OXIDIZE INITIAL DYE CONCENTRATION. THE VARIOUS CONCENTRATIONS OF FE2+, HAS BEEN STUDIED AND THE OPTIMUM CONDITIONS FOR MAXIMUM REMOVAL OF DYE IS EXTRACTED.RESULTS: IN THIS PROCESS, FE2+, ACTIVATED SULFATE RADICALS IN SOLUTION AND FINALLY THE DYES REMOVED AND THE ABSORPTION SPECTRA OF ACID RED 14 SOLUTION DURING OXIDATION PEAK WAVELENGTH OF MAXIMUM ABSORBANCE PERFORMED AT LOWER THAN 514 NM, WHICH INDICATES THE DEGRADATION OF DYE IS REDUCED DRAMATICALLY.CONCLUSION: ADVANCED OXIDATION PROCESS OF FE2+/HSO5 SYSTEM WERE EFFICIENT METHOD TO REMOVE ACID RED 14 FROM AQUEOUS SOLUTIONS. THE MAXIMUM AND OPTIMUM CONDITION OF REMOVAL OF DYE WAS ACHIEVED WITHOUT THE USE OF ULTRA VIOLET LIGHT BY 1.5 MM CONCENTRATION OF OXIDATIVE. IT IS AN EFFICIENT ECONOMIC WAY IN WASTE WATER TREATMENT THAT IS RUN WITH ADVANCED OXIDATION PROCESS.

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APA: Copy

RASOULIFARD, M.H., ZIARATI, P., & MIRZAIE, A.. (2013). ADVANCED OXIDATION PROCESS OF REMOVAL OF ACID RED 14 BY PROXY MONO SULFATE POTASSIUM. IRANIAN CHEMISTRY CONGRESS. SID. https://sid.ir/paper/914302/en

Vancouver: Copy

RASOULIFARD M.H., ZIARATI P., MIRZAIE A.. ADVANCED OXIDATION PROCESS OF REMOVAL OF ACID RED 14 BY PROXY MONO SULFATE POTASSIUM. 2013. Available from: https://sid.ir/paper/914302/en

IEEE: Copy

M.H. RASOULIFARD, P. ZIARATI, and A. MIRZAIE, “ADVANCED OXIDATION PROCESS OF REMOVAL OF ACID RED 14 BY PROXY MONO SULFATE POTASSIUM,” presented at the IRANIAN CHEMISTRY CONGRESS. 2013, [Online]. Available: https://sid.ir/paper/914302/en

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