1. Hydrometallurgy, basic procedures and their applications
2. Thermal treatment, roasting, chemism and application
3. Technological equipment for roasting
4. Leaching of utility components, chemical and physico-chemical characteristics
5. Kinetics and thermodynamics of leaching processes
6. Technological equipment for leaching
7. Biological methods of leaching
8. Obtaining components from solution, overview of methods
9. Ion exchangers, theoretical aspects and applications
10.Extraction, theoretical aspects and applications
11.Electrolysis, theoretical aspects and applications
12.Other methods of metal recovery from solution (crystallization, cementation, hydrolysis, distillation)
13.Application of hydrometallurgy in processing of ore raw materials and waste
14.Basic calculations of technological schemes involving chemical reactions
2. Thermal treatment, roasting, chemism and application
3. Technological equipment for roasting
4. Leaching of utility components, chemical and physico-chemical characteristics
5. Kinetics and thermodynamics of leaching processes
6. Technological equipment for leaching
7. Biological methods of leaching
8. Obtaining components from solution, overview of methods
9. Ion exchangers, theoretical aspects and applications
10.Extraction, theoretical aspects and applications
11.Electrolysis, theoretical aspects and applications
12.Other methods of metal recovery from solution (crystallization, cementation, hydrolysis, distillation)
13.Application of hydrometallurgy in processing of ore raw materials and waste
14.Basic calculations of technological schemes involving chemical reactions