GPB80D
0Vol%
Type: M7A-03D
| Electrical power | 7.81 MWe |
| Fuel consumption | 23.27 MWe |
| Electrical efficiency | 33.6 % |
| Exhaust gas mass flow | 27.3 kg/s |
| Exhaust gas temperature | 523 °C |
| Generator voltage | 6.3 / 10.5 kV |
| Saturated steam output at 8 bar(g) | 16.4 t/h |
| Emissions |
NOx: 9 ppm CO2: 25 ppm |
Performance under ISO conditions w/o duckt losses at Generator Terminal.
GPB80D-H2
0 – 30Vol%
Type: M7A-03D
| Electrical power | 7.82 MWe |
| Fuel consumption | 23.32 MWe |
| Electrical efficiency | 33.5 % |
| Exhaust gas mass flow | 27.27 kg/s |
| Exhaust gas temperature | 523 °C |
| Generator voltage | 6.3 / 10.5 kV |
| Saturated steam output at 8 bar(g) | 16.4 t/h |
| NOx reduction process | DLE |
| Emissions |
NOx: 15 ppm CO2: 25 ppm |
Performance at 15°C, 60% RH, at Generator Terminal, Inlet Pressure Loss 0.0 kPa, Exhaust Pressure Loss 0.0 kPa. Performance data valid for: 30% H2 / 70% Natural Gas.
Hydrogen Technology for Gas Turbines
DLE for natural gas
| Burner configuration: | DLE for natural gas |
| NOx-reduction: | „Dry" |
| H2-content: | 0 – 30 Vol% |
GPB80-H2
0 – 100Vol%
Type: M7A-03
| Electrical power | 8.39 MWe |
| Fuel consumption | 25.38 MWe |
| Electrical efficiency | 33.1 % |
| Exhaust gas mass flow | 27.24 kg/s |
| Exhaust gas temperature | 516 °C |
| Generator voltage | 6.3 / 10.5 kV |
| Saturated steam output at 8 bar(g) | 16.4 t/h |
| NOx reduction process | Water injection |
| Emissions |
NOx: on request CO2: 0.0 % |
Performance at 15°C, 60% RH, at Generator Terminal, Inlet Pressure Loss 0.0 kPa, Exhaust Pressure Loss 0.0 kPa. Performance data valid for: 100% H2.
Hydrogen Technology for Gas Turbines
Diffusion flame
| Burner configuration: | Diffusion flame |
| NOx-reduction: | „Wet“ water/steam |
| H2-content: | 0 – 100 Vol% |
