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Vol.29 No.4, 31 December 2024
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Carbon-free Energy Transition in Thermal Power Plant:Ammonia Injection Strategies Analysis in Boiler Simulator |
화력발전 무탄소 에너지 전환을 위한보일러 모사 장치에서 암모니아 주입 전략 연구 |
Sang-Hwa Song, Ji-Hwan Lee, Hyeong-Bin Moon, Seung-Mo Kim, Gyeong-Min Kim, Chung-Hwan Jeon |
송상화, 이지환, 문형빈, 김승모, 김경민, 전충환 |
The International Energy Agency(IEA) predicts that by 2050, hydrogen and ammonia will account for approximately 19% of the global energy demand. Ammonia, … |
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A Study on Co-combustion Characteristics of Food Waste-based Solid Fuel (FWSF) in an 80 kWth Pulverized Coal Combustion System |
80 kWth급 미분탄 연소 시스템에서 음식 폐기물 기반 고형 연료 혼소시 연소 특성 연구 |
Woohyun Sim, Jaewook Lee, Won Yang, Taeyoung Chae, Changkook Ryu, Lee Tae Kim, Yoona Jeong |
심우현, 이재욱, 양원, 채태영, 류창국, 김이태, 정윤아 |
Food waste contributes to environmental pollution and substantial economic losses during disposal. To address these challenges, there is a growing need to … |
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Carbon Free NH3 Co-firing Behavior in Fluidized Bed Reactor: Effect of Blending Ratio and Stoichiometric Ratio |
유동층 반응기 내 탄소 중립 NH3 혼소 특성: 혼소율 및 Stoichiometric ratio의 영향 |
Jae-Sung Kim, Min-Woo Kim, Kyeong-Ho Kim, Haotian Ma, 승모 김, Byoung-Hwa Lee, Chung-Hwan Jeon |
김재성, 김민우, 김경호, KimSeung-Mo, 국문성국문이름, 이병화, 전충환 |
NH3, as one of the carbon-free fuels, is emerging as a new energy source for power generation. NH3 is … |
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NOx Prediction of a Hydrogen Gas Turbine Combustor using Chemical Reactor Network and Computational Fluid Dynamics |
화학 반응기 네트워크와 전산유체해석을 통한 수소 전소 가스터빈 연소기의 NOx 예측 |
Minjun Choi, Geonryul Lee, Minseok Han, Youngjun Shin, Kee Man Lee, Dong-Hyuk Shin |
최민준, 이건률, 한민석, 신영준, 이기만, 신동혁 |
The NOx emission prediction simulations were conducted and compared with the experimental results. To compare the NOx emission, 3 bar and 8 … |
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NOx Emission Characteristics of Hydrogen and Natural Gas Co-Firing Combustion for EV Burner Fuel Hole Design |
EV 버너 연료홀 설계에 따른 수소 혼소 연소의 질소산화물 배출 특성 |
Jeongjae Hwang, Won June Lee, Kyungwook Min, Min Kuk Kim, Han-Seok Kim, Do Won Kang |
황정재, 이원준, 민경욱, 김민국, 김한석, 강도원 |
This study modified the fuel hole design of an EV(EnVironmental) burner for hydrogen co-firing and evaluated its combustion performance and NOx emissions. … |
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