BOSEN CCPP Natural Gas Fired CCPP (120 MW, 2 x GE LM6000 PD SPRINT GTG + l x STG)
BOSEN CCPP Natural Gas Fired CCPP (120 MW, 2 x GE LM6000 PD SPRINT GTG + l x STG)
Project Location:Bursa, TurkeyENPRODE’s Responsibilities;
» Basic and Detailed Engineering & Design
» Procurement Consulting
» Construction Management
» Start-up and Commissioning
BOSEN mandated ENPRODE Engineering as the Basic and Detailed Engineering Contractor for then new 120 MW Power Plant investment. The Power plant is located within BOSEN’s existing plot area in Bursa Organized Industrial Zone. Design was based on gas turbine combined cycle technology and encompassed two aero-derivative gas turbines, one steam turbine, two vertical gas flow, drum type HRSGs and one mechanical draft cooling tower which had enough capacity to serve the new plant as well as the already installed units. BOSEN is a subsidiary of the Bursa Organized Industrial Zone and already had 130 MW installed capacity under operation. The new plant was the third capacity expansion investment of BOSEN.
The first combined cycle with 60 MW capacity was commissioned in 1999 and total capacity was increased to 130 MW with a second investment in 2006. Bursa Organized Industrial Zone is one of the largest industrial complexes in Turkey, constructed on 3,156 hectare area and having 959 active companies therein providing over 100.000 jobs.
MAIN TECHNICAL PARAMETERS
Overall Plant Data | |
Gross power output | 120 MWe |
Gross electrical efficiency | 52% |
Emissions | |
Nox | 50 mg/Nm3 |
Fuel type | Natural gas |
Gas Turbine | |
Type | General Electric LM6000 PD Sprint |
Site rating | 46500 kWe |
Exhaust gas flow | 473.4 t/h |
Exhaust gas temperature | 449.7 °C |
Heat Recovery Steam Generator | |
Type | Vertical, Drum Type Steam Generator |
Heat exchangers (HP) | Mix Eco, Eco, Boiler, Superheater |
Heat exchangers (LP) | Mix Eco, Boiler, Superheater |
Steam Turbine | |
Type | Multi-Stage Condensing Steam Turbine |
HP steam | 55 bar / 425°C |
LP steam | 3.8 bar / 220°C |
ST power output | 28 MWe |