Hydrogen and ammonia co-firing
Hydrogen and ammonia co-firing
KEPCO E&C has designed and established infrastructure for hydrogen and ammonia co-firing in step with the transition to carbon-free fuels for LNG combined cycle and coal-fired power generation. In addition, we are expanding our business areas that reflect new energy paradigm by conducting a feasibility study for IGCC hydrogen production and carbon resources utilization; a coal and ammonia co-firing empirical feasibility study; a site survey for carbon-free hydrogen co-firing combined cycle power plant; and the design of hydrogen co-firing infrastructure.
Track records
- 1 Preliminary feasibility review of hydrogen co-firing for the Ulsan GPS carbon-free combined cycle power generation
- 2 Site survey for carbon-free hydrogen co-firing combined cycle power plant
- 3 Coal and ammonia co-firing empirical feasibility study
- 4 Design & engineering services for power generation facility operation and improvement in 2022
- 1) Review of feasibility of IGCC hydrogen production and carbon resource recovery
- 2) Preliminary feasibility review of 1,400MW hydrogen-fueled gas turbine power generation
- 5 Preliminary feasibility study of ammonia co-firing for Yeosu Units 1,2
- 6 Preliminary feasibility study of ammonia co-firing for Yeongheung Units 5,6
- 7 Feasibility study of coal and ammonia co-firing for Taean Units 9,10
- 8 Technology development and demonstration of ammonia co-firing for USC pulverized coal boiler
- 9 Development of safety assessment procedures and equipment standard specifications for ammonia co-firing power plants
- 10 Technology development and demonstration of 50% hydrogen co-firing conversion for 300MW(H class) gas turbine
- 11 Basic design for the transition to hydrogen-fueled combined cycle power plant(Add-on)
- 12 Feasibility study of ammonia co-firing for Yeongheung Units 5,6 and Yeosu Units 1,2
LEGEND
1. 하역조정실 및 전기실
2. AMMONIA TANK
3. FLARE STACK
4. 운전 및 제어실
5. 용수탱크
6. 경비동
7. 압축기실
8. SEAWATER PUMP
9. 전기실
10. VAPORIZER & HEATER
- Facilities related to ammonia co-firing in coal-fired power plants