1. Large-scale production of chemicals. Reagents, end products. Qualified chemistry.
2. Gas separation. Air, oxygen, nitrogen. Hydrogen; sources, production, use.
3. Bound nitrogen. Ammonia, nitric acid. Reaction equilibrium and kinetics.
4. Sources of sulfur compounds. Sulfuric acid, sulfane, desulphurization of flue gases.
5. Phosphorus. Phosphoric acid, mineral fertilizers. Electrothermal production.
6. Compounds of chlorine and sodium compound. Electrolytic production.
7. Iron and steel. Reduction and oxidation processes in metallurgy.
8. Silicate industry. Glass, ceramics. Mortars.
9. Water. Treatment of drinking and industrial water. Sewage treatment.
10. Carbon and carbonaceous fuels. Coal processing. Oil and natural gas.
11. Petrochemical production. Use of hydrocarbons. C1-C4 chemistry.
12. Polymers. Macromolecular substances, polymerization, polymer processing.
13. Cellulose and paper. Biotechnology.
2. Gas separation. Air, oxygen, nitrogen. Hydrogen; sources, production, use.
3. Bound nitrogen. Ammonia, nitric acid. Reaction equilibrium and kinetics.
4. Sources of sulfur compounds. Sulfuric acid, sulfane, desulphurization of flue gases.
5. Phosphorus. Phosphoric acid, mineral fertilizers. Electrothermal production.
6. Compounds of chlorine and sodium compound. Electrolytic production.
7. Iron and steel. Reduction and oxidation processes in metallurgy.
8. Silicate industry. Glass, ceramics. Mortars.
9. Water. Treatment of drinking and industrial water. Sewage treatment.
10. Carbon and carbonaceous fuels. Coal processing. Oil and natural gas.
11. Petrochemical production. Use of hydrocarbons. C1-C4 chemistry.
12. Polymers. Macromolecular substances, polymerization, polymer processing.
13. Cellulose and paper. Biotechnology.