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  • Title(Kor)
    수소혼소용 가스터빈의 요소기술 및 국내외 기술개발 동향
  • Title(Eng)
    Hydrogen Enriched Gas Turbine: Core Technologies and R&D Trend
  • Keyword
    Gas turbine(가스터빈), Hydrogen enriched combustion(수소혼소), Fuel flexibility(연료다변화), CO2 reduction(온실가스 저감), DLN combustor (DLN 연소기)
  • Author(Kor)
    주용진⋅김미영†⋅박정극⋅박세익⋅신주곤
  • Author(Eng)
    YONGJIN JOO, MIYEONG KIM†, JUNGKEUK PARK, SEIK PARK, JUGON SHIN
  • Date
    2020-08
  • Attach file
  • Page
    Page. 351~362
  • Abstract(Eng)
  • Recently, renewable power is rapidly increasing globally due to extensive effort to mitigate climate change and conventional power generation industry faces new challenges. The gas turbine technology has potentials to expand its role in future power generation based on the intrinsic characteristics such as fuel diversity and fast load following ability. Hydrogen is one of the most promising fuel in terms of reducing emissions and storing variable renewable energy and replacing hydrocarbon fuel with hydrogen has become very popular. Therefore, this paper presents the core technologies to combust hydrogen added fuel efficiently in gas turbines and the analysis of domestic and international R&D trends.