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암모니아 가스터빈 연소기술의 연구 동향

Recent Research Trends in Ammonia Gas Turbine Combustion Technology

이준|김규태|진욱화
한국연소학회 (The Korean Society Of Combustion)|2024.03|한국연소학회지 (Journal of The Korean Society of Combustion)|제29권 제1호|pp. 1-16|DOI 10.15231/jksc.2024.29.1.001

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키워드

AmmoniaCombustionGas turbineCarbon-free fuelTechnical feasibility

초록

This paper focuses on the recent development of ammonia gas turbine combustion technologies. Gas turbine technology exhibits significant potential to broaden its contribution to future power generation, driven by inherent characteristics such as fuel flexibility and rapid load-following capabilities. Ammonia is regarded as an attractive carbon-free fuel owing to its exceptional transport and storage capabilities. However, there are several challenges associated with utilizing ammonia as a fuel in gas turbine combustion systems. Hence, this paper discusses the fundamentals of ammonia-based combustion while summarizing recent efforts concerning its reactivity enhancement methods and strategies for mitigating NO emissions.

Abstract

This paper focuses on the recent development of ammonia gas turbine combustion technologies. Gas turbine technology exhibits significant potential to broaden its contribution to future power generation, driven by inherent characteristics such as fuel flexibility and rapid load-following capabilities. Ammonia is regarded as an attractive carbon-free fuel owing to its exceptional transport and storage capabilities. However, there are several challenges associated with utilizing ammonia as a fuel in gas turbine combustion systems. Hence, this paper discusses the fundamentals of ammonia-based combustion while summarizing recent efforts concerning its reactivity enhancement methods and strategies for mitigating NO emissions.

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