A Combined Method of Electrocoagulation and Electrolysis in the Treatment of Dye Wastewater

Jung, Suk-Yong; Kim, Yongha; Oh, Chang-Sup; Kang, Kilyoon; Suh, Kuen-Hack

doi:10.1252/jcej.38.1049

Cited by 4 publications

(2 citation statements)

References 8 publications

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“…Eliminación de la DQO, SS, Turbidez con electrodos de Aluminio a 15 V _________________ Figura7. 39. Eliminación de la DQO, SS, Turbidez con electrodos de Al a 75 V, y de 3,0 cm de separación entre placas.…”

Section: Indice De Figurasunclassified

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Investigación sobre procesos avanzados de tratamiento y depuración de las aguas mediante electrocoagulación

Lehmann¹

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Procesos avanzados de tratamiento y depuración de las aguas mediante electrocoagulación 8.2.9.En relación con los metales pesados __________________________________ 8.2.10. En relación con la dureza total y la dureza cálcica ________________________ 8.2.11. En relación con la conductividad eléctrica ______________________________ 8.2.12. En relación con la densidad de corriente _______________________________ 8.2.13. Estudio energético del proceso de electrocoagulación. ____________________ OTRAS LINEAS DE INVESTIGACIÓN ____________________________________________

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Section: Indice De Figurasunclassified

“…Resultados del agua tratada con reactor de aluminio de 3,0 cm de separación entre placas (75 V) Figura7. 39. Eliminación de la DQO, SS, Turbidez con electrodos de Al a 75 V, y de 3,0 cm de separación entre placas.…”

Section: Conclusionesunclassified

Investigación sobre procesos avanzados de tratamiento y depuración de las aguas mediante electrocoagulación

Lehmann¹

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Degradation mechanism of Alizarin Red in hybrid gas–liquid phase dielectric barrier discharge plasmas: Experimental and theoretical examination

Xue

Chen

Wang

2008

Chemical Engineering Journal

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Decolorization of Azo Dyes C.I.Acid Yellow 17 and C.I.Direct Red 31 by Dielectric-Barrier Discharge Air Plasma

Zhao

Chen

Gao

2010

IEEE Trans. Plasma Sci.

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In this paper, dielectric-barrier discharge plasma was applied to the decolorization and degradation of the azo dyes C.I.Acid Yellow 17 and C.I.Direct Red 31. The experimental results have shown that the decolorization and degradation percentage increases with rising applied voltages and current intensity and decreasing air-gap distances. When the air-gap distances were 4 mm and the voltage was 17 kV, the decolorization and degradation percentages went up to 100% and 91% in 180 s, respectively. Operations under optimum condition also had higher treatment efficiency after about two more minutes of treatment. Time extension after treatment could also lead to the rise of decolorization and degradation percentages.Index Terms-Azo dyes, decolorization, dielectric-barrier discharge (DBD) plasma.

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A Combined Method of Electrocoagulation and Electrolysis in the Treatment of Dye Wastewater

Cited by 4 publications

References 8 publications

Investigación sobre procesos avanzados de tratamiento y depuración de las aguas mediante electrocoagulación

Investigación sobre procesos avanzados de tratamiento y depuración de las aguas mediante electrocoagulación

Degradation mechanism of Alizarin Red in hybrid gas–liquid phase dielectric barrier discharge plasmas: Experimental and theoretical examination

Decolorization of Azo Dyes C.I.Acid Yellow 17 and C.I.Direct Red 31 by Dielectric-Barrier Discharge Air Plasma

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