B.C유 전소발전소에서 바이오중유 혼소·전소시 제어시스템 최적화 방안 고찰
Study on Optimization of Bioheavy Oil Combustion and Conversion Control System in a Heavy Generation Power Plant
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초록
Bioheavy oil, which is expanding its range of use as an alternative fuel to reduce environmental pollutant emissions, has a lot of difficulty in combustion due to its low emission of pollutants such as nitrogen oxide (NOx) and sulfur oxide (SOx), while its low dissipation and high oxygen content in fuel. many studies have been conducted on change in characteristics by mixing rate combustion characteristics and combustion reactions, but there have been no specific and effective studies on the composition of control system, optimization of control, development of logic for mixing and burning, minimizing environmental pollutantants discharge. In this study, we intend to consider systemmatic and empirical considerations on the composition, logic development, solve the problem of manual switching of bioler master due to excessive oxygen content and tuning of the control system for optimal combustion of bioheavy oil.
Abstract
Bioheavy oil, which is expanding its range of use as an alternative fuel to reduce environmental pollutant emissions, has a lot of difficulty in combustion due to its low emission of pollutants such as nitrogen oxide (NOx) and sulfur oxide (SOx), while its low dissipation and high oxygen content in fuel. many studies have been conducted on change in characteristics by mixing rate combustion characteristics and combustion reactions, but there have been no specific and effective studies on the composition of control system, optimization of control, development of logic for mixing and burning, minimizing environmental pollutantants discharge. In this study, we intend to consider systemmatic and empirical considerations on the composition, logic development, solve the problem of manual switching of bioler master due to excessive oxygen content and tuning of the control system for optimal combustion of bioheavy oil.
참고문헌 (13)
- S. Hong, "Effect of Fuel Mixing Ratio on Fuel Consumption in a oil Fired Power Plant", Plant jourrnal, 12(3), pp.39~45 (2016)
- 백세현, "75 MWe급 중유 발전소 보일러에 대한 바이오중유100% 전소 실증 연소실험 결과", 한국연소학회지, 19(2), pp.28~36 (2014), 한국연소학회[DOI]
- S. Lee, "A Study on the Bio Heavy Oil Alternation as Large Scale Oil Fired Power Plant Boiler", Ph.D, pp.2015
- KIPHRD, "Thermal Power Plant Technology Ⅱ", pp.317~ (2019), Jail Printing Company
- 임건표, "발전소 보일러 급수 주제어 시스템의 개발", 전기학회논문지, 61(3), pp.442~450 (2012), 대한전기학회
- J. -A. Kim, "Control function in the digital turbine control systems", Korea Cogeneration Association, 14, pp.34~37 (2000)
- 임건표, "석탄화력발전소 보일러 연소용 공기 제어알고리즘의 개발", 전기학회 논문지 P권, 61(4), pp.153~160 (2012), 대한전기학회[DOI]
- 백세현, "국내 4개 중유발전소 실증실험을 통한 발전연료 대체용 바이오중유의 연소특성 연구", 한국연소학회지, 20(1), pp.15~23 (2015), 한국연소학회[DOI]
- S. Lee, "A Study on the Bio Heavy Oil Alternation as Large Scale Oil Fired Power Plant Boiler", Ph.D, pp.2016
- "Control Equipment Explanation Book, BLR Master Manual Change Condition" (2014)[URL]
- Y.-O. Shin, "The study of retrofit method for the used control system of power plant to improve its reliability", KIEE, pp.737~739 (1999)
- 오기용, "퍼지 로직 및 모델 예측 제어기 적용을 통한 초초임계압 화력발전소 부하 응답 최적화 운전 방법 설계", 전기학회논문지ABCD, 57(12), pp.2285~2290 (2008), 대한전기학회
- 하종한, "발전용 바이오중유의 혼합비율에 따른 배출가스 특성 연구", 한국수소및신에너지학회논문집, 26(5), pp.484~492 (2015), 한국수소및신에너지학회[DOI]