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LNG combined cycle power plant
LNG combined cycle power plant
LNG combined cycle power plant
Combined cycle thermal power generation is a method to improve thermal efficiency. High-temperature gas of at least 600℃ is discharged from a gas turbine after the control of the gas turbine or steam turbine cycle passes through a heat recovery steam generator to generate steam and flows into a steam turbine to generate additional electricity.
KEPCO E&C has constructed more than 60 combined cycle thermal power plants as the lead contractor for the comprehensive design. Moreover, we have performed feasibility studies and provided design technical services for the construction of combined cycle thermal power plants at home and abroad, along with design services for overseas combined cycle thermal power plants, including Benghazi/Misurata in Libya and S2 and S3 in UAE. We have also carried out domestic-based EPC projects for the Osan Cogeneration and Hanju Combined Cycle Thermal Power Plant, as well as Takoradi T1 and T2 in Ghana and Côte d'Ivoire.
KEPCO E&C possesses the world-class know-how on optimal design, process, and project management techniques for combined cycle thermal power plants and cogeneration power plants, as well as the proven capability to manage drastically reduced construction periods.
It can be moved to the left and right.
| Combined cycle thermal power plants for up to 500 MW | Combined cycle thermal power plants for 800 MW | Combined cycle thermal power plants for 1000 MW |
|---|---|---|
| 24 units | 3 units | 5 units |
Implementation references
- 1 Design technical services for Shin-Incheon Combined Cycle Thermal Power Plant (450 MW × 4)
- 2 Design technical services for Ulsan Combined Cycle Thermal Power Plant #2 (450 MW × 2)
- 3 Comprehensive design technical services for Bugok Unit 1 (500 MW × 1)
- 4 Design technical services for Busan Combined Cycle Thermal Power Plant (450 MW × 4)
- 5 Comprehensive design technical services for Bugok Unit 2 (500 MW × 1)
- 6 Design technical services for the construction of Incheon Combined Cycle Unit 2 (500 MW × 1)
- 7 Comprehensive design services for the construction of POSCO Power’s LNG Combined Cycle Thermal Power Plant Units 5 and 6 (500 MW × 2)
- 8 Detailed design technical service for the construction of Bugok Combined Cycle Power Plant Unit 3 (400 MW × 1)
- 9 Comprehensive design technical services for Donducheon Combined Cycle Thermal Power Plant Units 1 and 2 (750 MW × 2)
- 10 Design technical services for the construction of Ulsan Combined Cycle Thermal Power Plant #4 (800 MW × 1)
- 11 Comprehensive design technical services for Phase 2 of Pyeongtaek Combined Cycle Thermal Power Plant (900 MW × 1)
- 12 Design technical services for the construction of Yeongnam LNG Thermal Power Plant (400 MW × 1)
- 13 Design technical services for the construction of Seoul Combined Cycle Units 1 and 2 (400 MW × 2)
- 14 Design technical services for Jeju LNG Power Plant (200 MW) (114 MW × 2)
- 15 Design technical services for the construction of Namjeju Combined Cycle Thermal Power Plant (125 MW × 1)
- 16 Design technical services for Eumseong Combined Cycle Thermal Power Plant (980 MW × 1)
- 17 Design technical services for Samcheonpo LNG Power Plant (1,200 MW × 1)
- 18 Design technical services for Gumi Combined Cycle Thermal Power Plant (500 MW × 1)
- 19 Design technical services for Haman LNG Power Plant (500 MW × 1)
- 20 Design technical services for Hadong Combined Cycle Thermal Power Plant (1,000 MW × 1)
- 21 Design technical services for the construction of Goseong Combined Cycle Thermal Power Plant (1,100 MW x 1)