Thermodynamics of industrial chemistry (reaction kinetics, thermochemistry, mass and enthalpy balance, entropy and Gibbs-energy balance, chemical equilibrium). Basic inorganic and organic substances. Electrochemistry. Crude oil treatment and petrochemistry. Plastic and rubber. Glass and ceramics. Cellulose and paper. Tensides. Biotechnology.

1. Thermodynamics of industrial chemistry.
2. Basic inorganic substances.
3. Electrochemistry.
4. Basic organic substances.
5. Crude oil treatment.
6. Petrochemistry.
7. Plastic and rubber.
8. Tensides.
9. Ceramics and bioceramics.
10. Glass.
11. House - building materials.
12. Cellulose and paper.
13. Biotechnology.

1. Exercise - sulphuric acid I.
2. Exercise - sulphuric acid II.
3. Exercise - nitric acid I.
4. Exercise - nitric acid II.
5. Exercise - ammonia.
6. Exercise - synthesis gas.
7. Exercise - steam reforming.
8. Exercise - electrochemistry.
9. Exercise - petrochemistry.
10. Exercise - distillation.
11. Laboratory exercise.
12. Exercise - cellulose.
13. Presentation.

Austin: Shreve´s chemical process industries. McGrawHill

chemistry chemical processes chemical industry