This paper presents thermodynamic study of the conversion of metal sulphides to oxides of the CuAg sulphide concentrate as a final product after mechano-chemical leaching of tetrahedrite. The conversion of sulphides to oxides is carried out by oxidation leaching in NaOH solution. The thermodynamic calculation was performed for the sulphide concentrate containing the following sulphides: CuS, CuFeS2, FeS, Sb2S3, As2S3, Bi2S3 and HgS. Based on the change of Gibbs free energy (ΔG°) and the equilibrium constant (K), conversion of metal sulphides to oxides from the qualitative assessment of the chemical reaction can occur as the result of the thermodynamic reaction abilities
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Thermodynamic and kinetic features studies of polymetallic sulfide industrial waste nitric acid leac...
The equilibrium in the reduction of solid ferrous sulphide by hydrogen gas was investigated with the...
This paper presents thermodynamic study of the conversion of metal sulphides to oxides of the CuAg s...
Reactions between sulphide minerals and aqueous solutions containing metallic salts (Ag, Bi, Cd, Co,...
Reactions between sulphide minerals and aqueous solutions containing metallic salts (Ag, Bi, Cd, Co,...
The difference in the standard Gibbs free energy for the formation of any two oxides or sulfides is ...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Thermodynamic and kinetic features studies of polymetallic sulfide industrial waste nitric acid leac...
The equilibrium in the reduction of solid ferrous sulphide by hydrogen gas was investigated with the...
This paper presents thermodynamic study of the conversion of metal sulphides to oxides of the CuAg s...
Reactions between sulphide minerals and aqueous solutions containing metallic salts (Ag, Bi, Cd, Co,...
Reactions between sulphide minerals and aqueous solutions containing metallic salts (Ag, Bi, Cd, Co,...
The difference in the standard Gibbs free energy for the formation of any two oxides or sulfides is ...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Aim of this study was to investigate the possibilities for a selective and efficient method to conve...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Removal of impurity elements in copper metallurgy is one of the major problems encountered today sin...
Thermodynamic and kinetic features studies of polymetallic sulfide industrial waste nitric acid leac...
The equilibrium in the reduction of solid ferrous sulphide by hydrogen gas was investigated with the...