Advanced Treatment Process of Metal Ions in Wastewater from a Mine

Jian Hua Chen; Yan Lei Huang; Bo Zeng Wu; Da Rong Li

doi:10.4028/www.scientific.net/AMR.803.177

Paper Titles

A Bibliometric Analysis of Sludge Research from 2000 to 2011
p.161

A Bibliometric Analysis of the Performance of Advanced Materials Research from 2005 to 2012
p.165

Precipitation of Arsenic Containing Waste from a Tin Refining Process
p.169

The Study of Solubility of Barium Nitrate Prepared from Barium Chromate and Nitric Acid
p.173

Advanced Treatment Process of Metal Ions in Wastewater from a Mine
p.177

Highly-Efficient Preparation of Key Intermediate of Huperzine A
p.181

The Effect of the C₄O₆H₄KNa Concentration on the MAO Coating of the Mg-Sr-Al-Y Alloy
p.187

The Research of Micro Arc Oxidation Behavior of the Magnesium Alloy
p.191

Study on the Determination of Manganese in Alloy Steel Materials by Spectrophotometry
p.196

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Advanced Treatment Process of Metal Ions in Wastewater from a Mine

Abstract:

This paper mainly studied the removal of metal ions in wastewater from a mine. On the research basis of using traditional coagulation-sedimentation process to remove metal ions, this study took Zn and Cd ions as major research targets, and conducted the research of advanced treatment of mining wastewater. Enhanced coagulation and enhanced ion exchange process was adopted, and water quality indexes after treatment reach the national third class standard of surface water quality.