1. Computational fuel definition, Q-A-W diagram, fuel mixture, influence of additive desulphurization and SNCR.
2. Influence of fuel parameters on boiler concept.
3. Effect of steam performance and parameters on boiler concept, supercritical parameters.
4. Influence of other requirements on boiler concept, preparatory calculations for boiler design.
5. Layout of heat transfer surfaces, control characteristics of boiler, flue diagram.
6. Procedure for thermal calculation of the boiler.
7. Thermal calculation and design of individual boiler parts.
8. Basics of construction of individual types of boilers, fireplace design.
9. Calculation and design of air heater.
10. Calculation and construction of water heater.
11. Calculation and design of evaporator for boiler with natural circulation.
12. Calculation and design of flow evaporator.
13. Calculation and construction of superheater and steam reheater.
14. Abrasion, corrosion, start-up and shutdown of the boiler. Specifics of boilers: HRSG, biomass, boilers for ZEVO.
2. Influence of fuel parameters on boiler concept.
3. Effect of steam performance and parameters on boiler concept, supercritical parameters.
4. Influence of other requirements on boiler concept, preparatory calculations for boiler design.
5. Layout of heat transfer surfaces, control characteristics of boiler, flue diagram.
6. Procedure for thermal calculation of the boiler.
7. Thermal calculation and design of individual boiler parts.
8. Basics of construction of individual types of boilers, fireplace design.
9. Calculation and design of air heater.
10. Calculation and construction of water heater.
11. Calculation and design of evaporator for boiler with natural circulation.
12. Calculation and design of flow evaporator.
13. Calculation and construction of superheater and steam reheater.
14. Abrasion, corrosion, start-up and shutdown of the boiler. Specifics of boilers: HRSG, biomass, boilers for ZEVO.