Lectures:
1. Thermic methods of waste disposal, definition and classification of thermic methods
2. Waste incineration technology (properties of the incinerated waste)
3. Principles of incineration (basic incineration regimes)
4. Fuel combustion – Calculation of combustion processes
5. Combustible waste (municipal refuse, industrial waste, agricultural and forestry residues, special waste)
6. Facilities (furnaces) for thermic disposal of waste (grate, rotary, deck ovens)
7. Facilities (furnaces) for thermic disposal of waste (muffle, spatial, pumps, fluid bed furnaces)
8. Utilization of waste heat
9. Waste incineration control
10. Emissions from the furnaces of industrial boilers
11. Technology of energy utilization of waste
12. Pyrolysis of waste
13. Gasification of waste
14. Plasma technology
1. Thermic methods of waste disposal, definition and classification of thermic methods
2. Waste incineration technology (properties of the incinerated waste)
3. Principles of incineration (basic incineration regimes)
4. Fuel combustion – Calculation of combustion processes
5. Combustible waste (municipal refuse, industrial waste, agricultural and forestry residues, special waste)
6. Facilities (furnaces) for thermic disposal of waste (grate, rotary, deck ovens)
7. Facilities (furnaces) for thermic disposal of waste (muffle, spatial, pumps, fluid bed furnaces)
8. Utilization of waste heat
9. Waste incineration control
10. Emissions from the furnaces of industrial boilers
11. Technology of energy utilization of waste
12. Pyrolysis of waste
13. Gasification of waste
14. Plasma technology