Author:
Teng Xiaolei,Li Junfeng,Wang Zhaoyang,Liu Weiwei,Song Dongbao,Chun Zhao,Deng XiaoYa
Abstract
The particle electrode was prepared by using industrial waste slag as raw material, and the surface morphology of the particle electrode was characterized by scanning electron microscopy. The comparison experiments showed that under the same experimental conditions, the efficiency of
removing the methyl blue from the three-dimensional electrode of the steel slag particles was 23.48% higher than that of the two-dimensional electrode, and the energy consumption was reduced by 36.2%. The results showed that the primary and secondary factors affecting the methyl blue wastewater
of steel slag particles are electrolyte concentration, voltage, initial waste concentration and particle volume. Under the optimal combination of pH 3, voltage 12 V, initial methyl blue concentration of 15 mg/L and electrolyte concentration of 0.3 mol/L, the removal rate of methyl blue reached
91.41%.
Publisher
American Scientific Publishers
Subject
General Materials Science
Cited by
10 articles.
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