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The composite ACF-DSA electrode was made on the basis of both commercial DSA anode and ACF electrode so as to degrade organics more effectively and completely. The composite electrode was proved to be more powerful for tetracycline decolorization and mineralization than using the DSA and ACF alone. With the aid of 254 nm ultraviolet irradiation and hydrogen peroxide, the COD removal efficiency was...
As an emerging pharmaceutical and personal care products (PPCPs), tetracycline was selected as a model pollutant for electrochemical oxidation using commercial DSA. The effect of electrode potential across the anode and cathode and those of sodium sulphate and sodium chloride were investigated. It demonstrated that the increase of the potential across the electrodes from 4 V to 12 V improved the decolorization...
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