References of CHP Stations SYSTEM HUTTER

The installed Combined Cycle CHP Stations SYSTEM HUTTER have reached 790`000 operation hours and 92 operation years.
The longest Combined Cycle CHP Station SYSTEM HUTTER is in operation since 1990 and has accumulated about 190'000 operation hours.
The fleet time-reliability over the entire period has achieved values > 99 %.
 

Combined Cycle CHP Station SYSTEM HUTTER VAREL 3:

• Type: Combined Cycle CHP Station SYSTEM HUTTER CH 95 G
• Project Scope: New Combined Cycle CHP Station with reuse of the existing Steam Turbine
• Customer: PAPER- and CARDBOARD MILL VAREL, Varel, Germany
   

Commissioning & Hand-over

2008

Annual Operation Hours

8600 h

Gas Turbine Model

Solar Taurus T65

Nominal Electrical Power Output Gas Turbo Set ISO

2 x 6.3  MW

Steam Turbine Type

Back-pressure

Nominal Electrical Power Ooutput Steam Turbo Set

13 MW

Nominal Total Electrical Capacity

25.6  MW

Nominal Live Steam Massflow

90 t/h

Nominal Live Steam Condition

65 - 90 bar

460 - 480 °C

Process Steam Pressure

6.0  bar

Fuel

Natural Gas

Installed Firing Rate Steam Generator at Combined Cycle

2 x 28 MW

Fuel Utilisation Factor

92 %

Time-Reliability

> 99  %

Emissions referred to 3 Vol-% O2 dry

NOx

30 ppm

CO

< 5 ppm

CO2-Emissions ref. to useful Electricity & Heating Energy

231.7 kg/MWh

Combined Cycle CHP Station SYSTEM HUTTER BUCHMANN 2:

• Type: Combined Cycle CHP Station SYSTEM HUTTER CH 30
• Project Scope: New Combined Cycle CHP Station with reuse of the existing Steam Turbine
• Customer: BUCHMANN CARDBOARD Mill, Annweiler-Sarnstall, Germany
   

Commissioning & Hand-over

2007

Annual Operation Hours

8600 h

Gas Turbine Model

Rolls Royce KB5

Nominal Electrical Power Output Gas Turbo Set ISO

3.5  MW

Steam Turbine Type

Extraction-Back-pressure

Nominal Electrical Power Output Steam Turbo Set

3.7 MW

Nominal Total Electrical Capacity

7.2 MW

Nominal Live Steam Massflow

26  t/h

Nominal Lve Steam Condition

45 bar

450 °C

Process Steam Pressure

9.0 & 3.6 bar

Fuel

Natural Gas

Installed Firing Rate Steam Generator at Combined Cycle

1 x 15  MW

Fuel Utilisation Factor

90.2  %

Time-Reliability

> 99  %

Emissions referred to 3 Vol-% O2 dry

NOx

45 ppm

CO

< 40 ppm

CO2-Emissions ref. to useful Electricity & Heating Energy

237.9 kg/MWh

Combined Cycle CHP Station SYSTEM HUTTER VAREL 2:

• Type: Combined Cycle CHP Station SYSTEM HUTTER CH 65
• Project Scope: Complete new Combined Cycle CHP Station
• Customer: PAPER- and CARDBOARD MILL VAREL, Varel, Germany

Commissioning & Hand-over

2003

Annual Operation Hours

8600  h

Gas Turbine Model

Siemens SGT300

Nominal Electrical Power Output Gas Turbo Set ISO

7.6 MW

Steam Turbine Type

Back-pressure

Nominal Electrical Power Output Steam Turbo Set

8.5 MW

Nominal Total Electrical Capacity

16.1 MW

Nominal Live Steam Massflow

65 t/h

Nominal Live Steam Condition

70 bar

480 °C

Process Steam Pressure

 6.0  bar

Fuel

Natural Gas

Installed Firing Rate Steam Generator at Combined Cycle

2 x 28  MW

Fuel Utilisation Factor

92.5 %

Time-Reliability

> 99 %

Emissions referred to 3 Vol-% O2 dry

NOx

35 ppm

CO

< 5 ppm

CO2-Emissions ref. to useful Electricity & Heating Energy

Combined Cycle CHP Station SYSTEM HUTTER HOYA 1:

• Type: Combined Cycle CHP Station SYSTEM HUTTER CH 45
• Project Scope: Complete new Combined Cycle CHP Station
• Customer: SMURFIT KAPPA EUROPA CARTON, Hoya, Germany

Commissioning & Hand-over

1996

Annual Operation Hours

8600 h

Gas Turbine Model

Rolls Royce KB7

Nominal Electrical Power Output Gas Turbo Set ISO

5.1  MW

Steam Turbine Type

Back-pressure

Nominal Electrical Power Output Steam Turbo Set

4.5 MW

Nominal Total Electrical Capacity

9.6 MW

Nominal Live Steam Massflow

45 t/h

Nominal Live Steam Condition

64 bar

450 °C

Process Steam Pressure

4.3 bar

Fuel

Natural Gas

Installed Firing Rate Steam Generator at Combined Cycle

2 x 16 MW

Fuel Utilisation Factor

92 %

Time-Reliability

> 99 %

Emissions referred to 3 Vol-% O2 dry

NOx

50 ppm

CO

< 5 ppm

CO2-Emissions ref. to useful Electricity & Heating Energy

231.7 kg/MWh

Combined Cycle CHP Station SYSTEM HUTTER BKPO 1:

• Type: Combined Cycle CHP Station SYSTEM HUTTER CH 50
• Project Scope: New Combined Cycle CHP Station with reuse of the existing Steam Turbine
• Customer: SMURFIT KAPPA BADISCHE KARTON- und PAPPENFABRIK, Obertsrot, Germany
   

Commissioning & Hand-over

1994

Annual Operation Hours

8600 h

Gas Turbine Model

Solar Taurus T60

Nominal Electrical Power Output Gas Turbo Set ISO

4.6  MW

Steam Turbine Type

Extraction-condensing

Nominal Electrical Power Output Steam Turbo Set

10.0 MW

Nominal Total Electrical Capacity

14.6  MW

Nominal Live Steam Massflow

50 t/h

Nominal Live Steam Condition

64 bar

480 °C

Process Steam Pressure

3.8 bar

Fuel

Natural Gas & Fuel Oil No. 2

Installed Firing Rate Steam Generator at Combined Cycle

2 x 17 MW

Fuel Utilisation Factor

92.5 %

Time-Reliability

> 99 %

Emissions referred to 3 Vol-% O2 dry

NOx

60 ppm

CO

< 5 ppm

CO2-Emissions ref. to useful Electricity & Heating Energy

229.2 kg/MWh

Combined Cycle CHP Station SYSTEM HUTTER BUCHMANN 1:

• Type: Repowering to Combined Cycle CHP Station SYSTEM HUTTER CH 65
• Project Scope: Modification of the existing oil-fired high pressure Steam Generator to a gas-fired
  SYSTEM HUTTER Steam Generator and installation of an upstream-arranged Gas Turbine (repowering) with reuse of the existing Steam Turbine
• Customer: BUCHMANN CARDBOARD MILL, Annweiler-Sarnstall, Germany
   

Commissioning & Hand-over

1992

Annual Operation Hours

8600 h

Gas Turbine Model

Solar Taurus T60

Nominal Electrical Power Output Gas Turbo Set ISO

4.6 MW

Steam Turbine Type

Extraction-Condensing

Nominal Electrical Power Output Steam Turbo Set

10.5 MW

Nominal Total Electrical Capacity

15.1 MW

Nominal Live Steam Massflow

65 t/h

Nominal Live Steam Condition

110 bar

520 °C

Process Steam Pressure

9.0 & 3.6 bar

Fuel

Natural Gas

Installed Firing Rate Steam Generator at Combined Cycle

3 x 17 MW

Fuel Utilisation Factor

93 %

Time-Reliability

> 99 %

Emissions referred to 3 Vol-% O2 dry

NOx

70 ppm

CO

< 5 ppm

CO2-Emissions ref. to useful Electricity & Heating Energy

230.4 kg/MWh

Combined Cycle CHP Station SYSTEM HUTTER VAREL 1:

• Type: Combined Cycle CHP Station SYSTEM HUTTER CH 45
• Project Scope: New Combined Cycle CHP Station with reuse of the existing Steam Turbine
• Customer: PAPER- and CARDBOARD MILL VAREL, Varel, Germany
   

Commissioning & Hand-over

1990

Annual Operation Hours

8600 h

Gas Turbine Model

Solar Centaur H

Nominal Electrical Power Output Gas Turbo Set ISO

4.2 MW

Steam Turbine Type

Back-pressure

Nominal Electrical Power Output Steam Turbo Set

5.6 MW

Nominal Total Electrical Capacity

9.8 MW

Nominal Live Steam Massflow

45 t/h

Nominal Live Steam Condition

64 bar

450 °C

Process Steam Pressure

3.6 bar

Fuel

Natural Gas & Bio Gas

Installed Firing Rate Steam Generator at Combined Cycle

2 x 15 MW

Fuel Utilisation Factor

93 %

Time-Reliability

> 99 %

Emissions referred to 3 Vol-% O2 dry

NOx

75 ppm

CO

< 5 ppm

CO2-Emissions ref. to useful Electriticy & Heating Energy

229.2 kg/MWh