Studies on Electrochemical Degradation of Malachite Green

Li Wang; Ya Ping Zhao; Jun Bo Wang

doi:10.4028/www.scientific.net/AMR.864-867.1542

Paper Titles

Study on the Removal of Mercury in the Simulated Flue Gas by Biomass Activated Carbon
p.1519

Research for Trans-Boundary Water Pollution Cooperation
p.1525

Advantage Analysis of Cavitation-Impinging Stream Micro-Electrolysis Technology
p.1531

Kinetic Study of Mercury Adsorption on Activated Carbon in Simulated Flue Gas
p.1536

Studies on Electrochemical Degradation of Malachite Green
p.1542

Experimental Study on Influence of Fly Ash on Mercury Removal in Flue Gas with UV Light
p.1546

Treatment of High Concentration Wastewater Containing Phenols and Aldehyde from a Small Phenolic Resin Plant
p.1552

Research on the Main Influence Factors of SCR DeNOx for Glass Furnace Glue Gas
p.1556

Research on Micro-Electrolysis Method to Treat the Copper-Containing Electroplating Wastewater
p.1560

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Studies on Electrochemical Degradation of Malachite Green

Abstract:

In this paper the degradation of malachite green by electrochemical method was studied. The effects of initial solution concentrations, temperatures, pH values, voltage, immersed electrode depths on degradation were all investigated. The results showed that malachite green was easily degraded when the solution was alkaline. High temperatures promoted the degradation. Kinetic data demonstrated that the rate of degradation could be expressed as first order.