Research Progress in Modification of Electrocatalytic Activated Carbon Electrodes

Shuxin Wang; Litao Luo

doi:10.54691/1petyg17

Authors

Shuxin Wang
Litao Luo

DOI:

https://doi.org/10.54691/1petyg17

Keywords:

Activated Carbon; Electrode Modification; Water Treatment.

Abstract

Activated carbon is widely used as an electrode material for electro adsorption due to its rich pore structure and huge specific surface area. This article reviews the principle of electro adsorption treatment, the pore structure characteristics of activated carbon, common methods and latest research results of activated carbon modification, and prospects the development trend of activated carbon modification technology in water treatment.

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References

Huang Yijun; Chen Quanzhen; Zeng Jiangning; Jiang Zhibing: The impact of high salinity wastewater discharged from seawater desalination on the marine ecological environment [J], Oceanographic Research, 27 (2009) No.3, p.103-109.

Li Dinglong, Shen Jingjing, Jiang Sheng, Sun Xiaowei: Progress and Application of Electrosorption Demineralization Technology [J], Water Resources Protection, (2008) No.04, p.63-66.

Sun Xiaowei, Zhu Guofu: Principles and Composition of Electrosorption Water Treatment Technology (EST) [J], Industrial Water and Wastewater, (2022) No.04, p.18-20.

Dong Xuming, Zhang Shenghan, Di Jie, et al: Research Progress in Electroadsorption Electrode Materials [J], Industrial Water Treatment, 42 (2022) No.01, p.2020-1045.

Zhang Xiaokang, Jiang Yu, Zhao Jun, et al: Progress in Surface Modification Technology and Its Application of Activated Carbon [J], Pollution Prevention and Control Technology, 25 (2012) No.01, p.1-4.

Zhang Chunshan, Shao Manjun: Modification of Activated Carbon Materials and Its Application in Environmental Governance [J], Journal of Process Engineering, 5 (2005) No.02, p.223-227.

Fan Yanzhen, Wang Baozhen, Wang Lin, et al: Surface characteristics of modified activated carbon and its adsorption performance for metal ions [J], Environmental Chemistry, 20 (2001) No.05, p.437-443.

Meng Qinghan, Zhang Rui, Li Kaixi, et al: The effect of loading methods of metal Cu on the electrochemical performance of activated carbon electrodes [J], Journal of Inorganic Materials, 18 (2003) No.05, p.1027-1032.

Zhou Shaoyun, Liu Jiansheng, Li Xinhai, et al: Effect of nitric acid oxidation heat treatment on activated carbon [J], Battery Industry, 14 (2009) No.06, p.377-381.

Fan Yanzhen, Wang Baozhen, Wang Lin et al: Adsorption performance of modified activated carbon on organic matter [J], Environmental Chemistry, (2001) No.05, p..444-448.

Cui Xiaoqin, Xiang Minglin, Guo Chaohui, et al: Research Progress in Activated Carbon Pretreatment [J], Petrochemical Technology and Economics, 34 (2018) No. 03, p. 51-57.

Jiang Hao, Sun Yabing, Zhang Mengyi: Adsorption of benzene series compounds with different polarities on low-temperature plasma modified activated carbon fibers [J], Journal of Environmental Engineering, 10 (2016) No.11, p.6295-6299.