Research on the Treatment of Xanthate Wastewater by Flocculation Process

Jing Zhu; Xiao Xia Song; Fei Liu; Tian Xiang Li

doi:10.4028/www.scientific.net/AMR.807-809.1326

Paper Titles

Study on Integrated Restoration Technique for Eutrophic Artificial Lakes
p.1304

Evaluation the Effect of SFO on Plant Growth and Soil Properties in Deicing Agent Contaminated Soil
p.1311

Saline-Alkaline Grassland Improvement through the Bio-Engineering Technology
p.1318

Electrochemical Reduction of Carbon Dioxide on Stainless Steel Electrode in Acetonitrile
p.1322

Research on the Treatment of Xanthate Wastewater by Flocculation Process
p.1326

Bamboo as Solid Carbon Source for De-Nitrification
p.1330

Adsorption Performance of a Novel Complex Absorbent to Phosphorus in Aqueous Solution
p.1336

Adsorption Performance Study of Atrazine onto Activated Carbon Fiber
p.1343

Investigation of Iodine Distribution in the Semi-Hydrate Wet Phosphoric Acid Process
p.1347

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 807-809Research on the Treatment of Xanthate Wastewater...

Research on the Treatment of Xanthate Wastewater by Flocculation Process

Abstract:

As the widely used collector, environmental pollution and toxicity of xanthates have got more and more concerns. In the present work, the flocculation process had been used to treat xanthate wastewater. The results showed that Al₂(SO₄)₃ was the optimal flocculant. At the conditions of dosage of 0.1mol·L^-1Al₂(SO₄)₃0.5 mL, the initial pH 6.5, vibrating time 90 min and settling time 120 min, sodium isobutyl xanthate was removed nearly up to 100%.