Lecture notes on hydrometallurgy: theory and practice
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0xidation according to equation activation energy adsorption aluminum anodic approximately Autotrophic back reactions bacteria basic iron sulfate bornite boundary calcium carbon cathodic chalcocite chalcopyrite Chem chemical coefficient concentration copper extraction copper release Copper Sulfide covellite Cu2S CuFeS2 diffusion digenite dump leaching effect electrochemical electrode elemental sulfur equilibrium ferric iron ferric sulfate ferrous fraction free energy heterotrophic hydrogen ion hydrogen sulfide increase indicated initial involved iron salts iron sulfate kcal/per mole Kennecott kinetics of dissolution layer leach solutions leaching operation linear rate magnesium metal sulfides Metallurgical microorganisms Mines molecules oxidation oxygen oxygen up-take particle percent plot pores potential precipitation products of reaction pyrite rate controlling reactants reacted reaction rate reaction zone Recovery of Copper reduction represents solvent extraction species specific rate constant steady-state sulfide minerals sulfuric acid surface area surface reaction temperature thiobacillus thiooxidans tion Trans Type uranium versus