Hydrogen and ammonia co-firing
Hydrogen and ammonia co-firing
KEPCO E&C is constructing and designing infrastructure for hydrogen and ammonia co-firing in line with the transition to carbon-free fuels for LNG combined cycle and coal power generation. Moreover, we are taking the lead in expanding business areas that reflect the new energy paradigm by performing feasibility studies for IGCC hydrogen production and carbon resource projects, coal-fired ammonia co-firing empirical feasibility studies, site environmental survey for carbon-free hydrogen co-firing combined cycle power plant, and design of hydrogen co-firing infrastructure.
Implementation references
- 1 Review service for preliminary feasibility for Ulsan GPS carbon-free combined cycle power generation (hydrogen co-firing)
- 2 Site environmental survey service for carbon-free hydrogen co-firing combined cycle power generation
- 3 Feasibility study service for coal power generation ammonia co-firing demonstration
- 4 Design technical support service for power generation facility operation and facility improvement in 2022
- 1) Review of business feasibility of IGCC hydrogen production and carbon resources
- 2) Preliminary feasibility review of 1,400 MW hydrogen burn-up gas turbine power generation
- 5 Basic survey service for preliminary feasibility of ammonia co-firing in Yeosu Units 1 and 2
- 6 Basic survey service for preliminary feasibility of ammonia co-firing in Yeongheung Units 5 and 6
- 7 Feasibility study service for Taean Units 9 and 10 coal-fired power generation ammonia co-firing
- 8 Technology development and demonstration for USC pulverized coal boiler ammonia co-firing
- 9 Development of safety assessment procedures and equipment standard specifications for ammonia co-fired power plants
- 10 Development and demonstration of 300 MW (H class) gas turbine 50% hydrogen co-firing conversion technology
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