Diagnostic methods of energy processes

1. Introduction, importance of diagnostics of energy processes.
2. Temperature measurement.
3. Pressure measurement.
4. Flow measurement.
5. Design of orifice plate.
6. Laboratory exercise - flow measurement with oriffice.
7. Determination of components in flue gas mixture.
8. Special measurements in power engineering.
9. Determination of basic properties of substances.
10. Assembling of mass balances.
11. Assembling of energy balances.
12. Determination of efficiency and determination of specific energy consumption.
13. Laboratory exercise - design and realization of temperature field measurements
14. Evaluation of laboratory task: Determination of flue gas potential for further use.