바이오매스와 SRF를 이용한 이중유동층가스화기의 최적운전조건 도출
A Study on the Optimal Operating Condition of a Dual Fluidized-Bed (DFB) with Biomass and SRF
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초록
This study has a focus on deriving the optimal operating conditions of biomass and waste plastic film SRF under dualfluidized bed gasification and on its domestic commercialization. From the analysis results, it was proven that the carbon conversionof 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 wasteplastic 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 filmSRF, temperature should be under 750℃ to prevent from agglomeration of bed materials.
Abstract
This study has a focus on deriving the optimal operating conditions of biomass and waste plastic film SRF under dualfluidized bed gasification and on its domestic commercialization. From the analysis results, it was proven that the carbon conversionof 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 wasteplastic 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 filmSRF, temperature should be under 750℃ to prevent from agglomeration of bed materials.
참고문헌 (26)
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