Degradation of Alizarin Red by Hybrid Gas-Liquid Dielectric Barrier Discharge

A system based on dielectric barrier discharge （DBD） with improved discharge sta- bility and homogeneity was used for the degradation of Alizarin Red （AR）. This special structure of the DBD system is characterized by the high voltage electrode, which is covered with a quartz tube and partially immer...

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Published inPlasma science & technology Vol. 16; no. 11; pp. 1036 - 1041
Main Author 林启富 倪国华 江贻满 吴文伟 孟月东
Format Journal Article
LanguageEnglish
Published 01.11.2014
Subjects
Alizarin
Bubbling
Degradation
Dielectric barrier discharge
Discharge
Electrodes
Grounds
Homogeneity
一级反应动力学
介质阻挡放电
放电稳定性
液体
混合气体
等离子体放电
茜素红
降解率
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Abstract A system based on dielectric barrier discharge （DBD） with improved discharge sta- bility and homogeneity was used for the degradation of Alizarin Red （AR）. This special structure of the DBD system is characterized by the high voltage electrode, which is covered with a quartz tube and partially immersed in water, and by directly using the water as the ground electrode. A transition was realized from the filamentary mode for the conventional structure of the DBD to the semi-homogeneous mode for such a configuration of the plasma discharge. The spectra of plasma are dominated by N2 molecular lines in the ultraviolet-A radiation region. Plasma degra- dation of AR in this system exhibited pseudo-first-order reaction kinetics. The degradation rate of AR reached 95% or so after 14 min treatment under favorable conditions. Alkaline conditions are favorable for the degradation of AR. The increase of conductivity of the solution, input power and usage of oxygen bubbling could enhance AR degradation.
AbstractList A system based on dielectric barrier discharge (DBD) with improved discharge stability and homogeneity was used for the degradation of Alizarin Red (AR). This special structure of the DBD system is characterized by the high voltage electrode, which is covered with a quartz tube and partially immersed in water, and by directly using the water as the ground electrode. A transition was realized from the filamentary mode for the conventional structure of the DBD to the semi-homogeneous mode for such a configuration of the plasma discharge. The spectra of plasma are dominated by N sub(2) molecular lines in the ultraviolet-A radiation region. Plasma degradation of AR in this system exhibited pseudo-first-order reaction kinetics. The degradation rate of AR reached 95% or so after 14 min treatment under favorable conditions. Alkaline conditions are favorable for the degradation of AR. The increase of conductivity of the solution, input power and usage of oxygen bubbling could enhance AR degradation.
A system based on dielectric barrier discharge （DBD） with improved discharge sta- bility and homogeneity was used for the degradation of Alizarin Red （AR）. This special structure of the DBD system is characterized by the high voltage electrode, which is covered with a quartz tube and partially immersed in water, and by directly using the water as the ground electrode. A transition was realized from the filamentary mode for the conventional structure of the DBD to the semi-homogeneous mode for such a configuration of the plasma discharge. The spectra of plasma are dominated by N2 molecular lines in the ultraviolet-A radiation region. Plasma degra- dation of AR in this system exhibited pseudo-first-order reaction kinetics. The degradation rate of AR reached 95% or so after 14 min treatment under favorable conditions. Alkaline conditions are favorable for the degradation of AR. The increase of conductivity of the solution, input power and usage of oxygen bubbling could enhance AR degradation.
Author 林启富 倪国华 江贻满 吴文伟 孟月东
AuthorAffiliation Institute of Plasma Physics, Chinese Academy of Sciences, Hefei 230031, China
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Notes A system based on dielectric barrier discharge （DBD） with improved discharge sta- bility and homogeneity was used for the degradation of Alizarin Red （AR）. This special structure of the DBD system is characterized by the high voltage electrode, which is covered with a quartz tube and partially immersed in water, and by directly using the water as the ground electrode. A transition was realized from the filamentary mode for the conventional structure of the DBD to the semi-homogeneous mode for such a configuration of the plasma discharge. The spectra of plasma are dominated by N2 molecular lines in the ultraviolet-A radiation region. Plasma degra- dation of AR in this system exhibited pseudo-first-order reaction kinetics. The degradation rate of AR reached 95% or so after 14 min treatment under favorable conditions. Alkaline conditions are favorable for the degradation of AR. The increase of conductivity of the solution, input power and usage of oxygen bubbling could enhance AR degradation.
water purification; degradation; alizarin red; dielectric barrier discharge
LIN Qifu , NI Guohua , JIANG Yiman ,WU Wenwei , MENG Yuedong （ Institute of Plasma Physics, Chinese Academy of Sciences, Hefei 230031, China）
34-1187/TL
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Snippet A system based on dielectric barrier discharge （DBD） with improved discharge sta- bility and homogeneity was used for the degradation of Alizarin Red （AR）....
A system based on dielectric barrier discharge (DBD) with improved discharge stability and homogeneity was used for the degradation of Alizarin Red (AR). This...
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StartPage 1036
SubjectTerms Alizarin
Bubbling
Degradation
Dielectric barrier discharge
Discharge
Electrodes
Grounds
Homogeneity
一级反应动力学
介质阻挡放电
放电稳定性
液体
混合气体
等离子体放电
茜素红
降解率
Title Degradation of Alizarin Red by Hybrid Gas-Liquid Dielectric Barrier Discharge
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