2003•Unpublished venueRequires access

Study on Pharmacy Wastewater Pretreatment of Enhanced Internal Electrolysis by Aeration Oxidation and Deoxidation

Xiaohua Lü

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Abstract

The pretreatment of internal electrolysis to a certain pharmaceution wastewater was investigated ,and the effect of internal electrolysis was enhanced by aeration and adding oxidant.The result showed that removal rates of CODCr could reach more than 70%, removalrate of color was 90% if the weight proportion of iron and charcoal was 1:1, pH 3.0, react time 3 hours and the dosage of oxidant 500mg/L, and then the wastewater could become degradable for biochemical treatment.

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What this paper is about

The pretreatment of internal electrolysis to a certain pharmaceution wastewater was investigated ,and the effect of internal electrolysis was enhanced by aeration and adding oxidant.The result showed that removal rates of CODCr could reach more than 70%, removalrate of color was 90% if the weight proportion of iron and charcoal was 1:1, pH 3.0, react time 3 hours and the dosage of oxidant 500mg/L, and then the wastewater could become degradable for biochemical treatment.

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Available abstract

The pretreatment of internal electrolysis to a certain pharmaceution wastewater was investigated ,and the effect of internal electrolysis was enhanced by aeration and adding oxidant.The result showed that removal rates of CODCr could reach more than 70%, removalrate of color was 90% if the weight proportion of iron and charcoal was 1:1, pH 3.0, react time 3 hours and the dosage of oxidant 500mg/L, and then the wastewater could become degradable for biochemical treatment.

Key concepts: Aeration, Electrolysis, Wastewater, Chemistry, Pulp and paper industry, Charcoal, Waste management, Environmental science

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