GPB17D
0Vol%
Type: M1A-17D
Electrical power1.81 MWe
Fuel consumption6.46 MWe
Electrical efficiency28.1 %
Exhaust gas mass flow8.0 kg/s
Exhaust gas temperature522 °C
Generator voltage0.4 / 6.3 / 10.5 kV
Saturated steam output at 8 bar(g)5.0 t/h
Emissions NOx: < 9 ppm
CO2: 50 ppm

Performance under ISO conditions w/o duckt losses at Generator Terminal

GPB17D-H2
0 – 30Vol%
Type: M1A-17D
Electrical power1.82 MWe
Fuel consumption6.47 MWe
Electrical efficiency28.1 %
Exhaust gas mass flow8.06 kg/s
Exhaust gas temperature522 °C
Generator voltage0.4 / 6.3 / 10.5 kV
Saturated steam output at 8 bar(g)5.2 t/h
NOx reduction processDLE
Emissions NOx: 15 ppm
CO2: 50 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%
To technology
GPB17-H2
0 – 100Vol%
Type: M1A-17
Electrical power1.94 MWe
Fuel consumption6.98 MWe
Electrical efficiency27.9 %
Exhaust gas mass flow7.97 kg/s
Exhaust gas temperature524 °C
Generator voltage0.4 / 6.3 / 10.5 kV
Saturated steam output at 8 bar(g)5.2 t/h
NOx reduction processWater injection
Emissions NOx: 84 ppm
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%
To technology
GPB17D-H2 MMX
50 – 100Vol%
Type: M1A-17D
Electrical power1.86 MWe
Fuel consumption6.57 MWe
Electrical efficiency28.4 %
Exhaust gas mass flow7.99 kg/s
Exhaust gas temperature522 °C
Generator voltage0.4 / 6.3 / 10.5 kV
Saturated steam output at 8 bar(g)5.2 t/h
NOx reduction processDLE
Emissions NOx: 42 ppm
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
DLE Micro-Mix
Burner configuration:DLE Micro-Mix
NOx-reduction:„Dry"
H2-content:50 – 100 Vol%
To technology

Full-Lifecircle-Support

Service expertise directly from the manufacturer

We support your plant throughout its entire life cycle. With reliable support, fast response times, and maximum operational reliability, we ensure your energy performance in the long term.

About the service

Reference project

GPB17D – Efficiency for paper production

This turbine ensures a stable supply and high efficiency in the paper mill. It supports both electrical and thermal loads, thereby increasing the overall productivity of the plant.

Further references