Study of the electrochemical behaviour of selenium in biselenium electrolytes
About authors
- 1 — Ph.D., Dr.Sci. professor Saint Petersburg State Mining University
- 2 — post-graduate student Saint Petersburg State Mining University
- 3 — post-graduate student Saint Petersburg State Mining University
- 4 — student Saint Petersburg State Mining University
Abstract
A thermodynamic analysis of the system Se – H2O was prospect. Plotted dependences the concentrations of selenium oxyanions from the pH of the solution and polarization graphs for various materials of the anode. Draw conclusions about the regularities of selenium electroextraction from selenium solutions.
Область исследования:
(Archived) Innovation technology in the field of metallurgy and enrichment
Keywords:
selenium
reagentless electrochemical method
selenium solution
thermo-dynamic analysis
polarization graph
electroextraction
References
- Patent 2393256RF.MPK C221361/00. Method of extraction of selenium in the treatment of sludge of copper electrolysis / T.N.Graver, G.V.Petrov, A.A. Chernyshev,V.N. Kovalev.Publ. 27.06.2010.
- Chernyshev A.A., Petrov G.V., Belenky A.M., Kovalev V.N. Modern technologies for processing copper electrolyte slurry // Nonferrous metallurgy. 2009. No4. P.20-24.
- Chernyshev A.A., Petrov G.V. Researching of regularitys of electrochemical selenium abstraction in re-designing of cuprum electrolysis muds // Freiberger For-schungshefte Innovations in Geoscience, Geoingineering and Mettalurgy. Freiberg. 2008. P.158-160.
Similar articles
Automation of two stadial grinding for example mineral separation plant GMK «Pechenganickel»
2011 E. E. Andreev, V. V. Lvov, N. V. Nikolaeva
Аbout the nature of harmonic component with frequency of 100 Hz in electrodes current of ore-smelting furnace
2011 A. A. Pedro, I. N. Beloglazov, I. I. Beloglazov
Influence of improvement of quality of copper concentrates on efficiency of their processing
2011 A. J. Boduen, B. S. Ivanov, G. V. Konovalov
Study of information channels characteristics in control fluid bed furnace
2011 A. V. Spesivtsev, I. I. Beloglazov, I. T. Kimyaev