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문고영(Moon, Go-Young),김혁(Kim, Hyuk),유황찬(Yoo, Hwang-Chan),노태근(Noh, Tae-Geun),이원호(Lee, Won-Ho) 한국신재생에너지학회 2007 신재생에너지 Vol.3 No.1
Direct Methanol Fuel Cell, DMFC is a potential power source for portable IT application. DMFC works at low temperature (<100?C) without fuel processing. Methanol has high energy density, fuel economy, and easiness to handle. This paper focuses high efficient catalyst to increase utilization in the electrode, new membrane reducing methanol crossover, new material parts, and optimization of system integration. Lightweight and small-sized DMFC based on new materials, efficient stack, and improved system control will be applied to the 50W prototype system for the notebook computer.
바이오매스와 SRF를 이용한 이중유동층 가스화기의 최적운전조건 도출
윤형철(Hyungchul Yoon),조성호(Sungho Cho),이덕진(Dockjin Lee),문고영(Goyoung Moon),조순행(Soonhaing Cho) 한국신재생에너지학회 2016 신재생에너지 Vol.12 No.4
This study has a focus on deriving the optimal operating conditions of biomass and waste plastic film SRF under dual fluidized bed gasification and on its domestic commercialization. From the analysis results, it was proven that the carbon conversion of biomass was optimized as 81% at 826℃ with 1,334 g/hr steam stream and 5.56 L/min air stream. On the other hand, that of waste plastic film SRF was 71% at 750℃ with 754 g/hr steam stream and 18.8 L/min air stream. In case of operation on waste plastic film SRF, temperature should be under 750℃ to prevent from agglomeration of bed materials.