Environmental Issues During Clearing Quarry Waters Madneuli Mining Concentration Enterprise
Main Article Content
ანოტაცია
The use of the elaborated technology enables to use low-graded barite ore by processing of which is acquired the independent product blanfix and sodium sulfide used as a reagent of non-solvent for deep purification of the acid quarry waters from ions of heavy metals with obtaining sulfide copper containing compounds fully useful for subsequent application.
Article Details
წყაროები
1. Pilipenko A. G., Gornovski I. T. et al., Complex process of mine waters. Kiev, Technica, 1985.
2. Borbat V. F. Hydrometallurgy. Moscow, 1986.
Andguladze Sh. N., Gaprindashvili V., Vasiliev B. Precipitation of arsenic by iron powder from the waste water in the pyrite cinder hydroseparator system of sulphuric acid production. Bullet. Acad. Sci. Georgian SSR. 1997, v. 93, N1.
3. Andguladze Sh. The new technology cleaning of sour carrier waters in MadneuliMiningenrich Centre. Chem. Technology. Moscow, 2003, N1, pp. 20-22.
4. AndguladzeSh.,.Mchedlishvili G, Berejiani A. Analysis of metal ion precipitating conditions of Madneuli Ore Minig Enterprise acid open-cut mine water. Proceed. Georgian National Acad. Sci.. Chemical series, 2009, v. 35. N 3. pp.396-397.
5. AndguladzeSh.N. A new technology of purification of acid qurry waters in Madneuli Mining Concentration Enterprise. J. Chem. Technology, Moscow, 2003, N1, pp. 20-22.
6. AndguladzeSh,.Gaphrindashvili V, Tchankotadze A., Kvinikadze T., B. Manning. Use of secondary raw materials for purification of acid qurry waters of Madneuli Ore Mining and Processing Enterprise. Georgian Chem. J., 2009, v. 9, N 4, pp. 362-364.