Ingwald Obernberger

Engineering

1. Biomass Fuels 100%
2. Pyrolysis 66%
3. Torrefaction 50%
4. Control Loop 50%
5. Secondary Air 50%
6. Biomass Ash 50%
7. Mass Fraction 50%
8. Biomass Boiler 50%
9. Model-Based Control 50%
10. Particulate Emission 50%
11. Low Alloy Steel 50%
12. Fixed Bed Gasifiers 50%
13. Fine Particulate 50%
14. Chemical Characterization 50%
15. Gasification 50%
16. Dew Point 50%
17. Combustion Property 50%
18. Fired Boiler 50%
19. Corrosion Behavior 50%
20. Advanced Fuel 50%
21. Combined Heat and Power Plant 50%
22. Test Run 50%
23. Biomass Pyrolysis 50%
24. Wood Fuels 40%
25. Test Reactor 40%
26. Turbulent Flow 37%
27. Bundle Tube 33%
28. Superheater 33%
29. Char Formation 33%
30. Air Supply 25%
31. Flaps 25%
32. Control Design 25%
33. Combustion 25%
34. Flatness 25%
35. Feedforward Control 25%
36. Ettringite 25%
37. Dry Condition 25%
38. Ash Sample 25%
39. Amorphous Phase 25%
40. Air-to-Fuel Ratio 25%
41. Power Input 25%
42. Thermodynamic Equilibrium Calculation 25%
43. Rate Kinetics 25%
44. Sensor Model 25%
45. Output Linearization 25%
46. Kalman Filter 25%
47. Shaping Filter 25%
48. Straw Biomass 20%
49. Reactor System 20%
50. Forming Element 20%