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Coal and Biomass Utilization in Solid Oxide Fuel Cells

机译:煤和生物质固体氧化物燃料的利用率细胞

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摘要

Coal is used for generating electricity and it will continue to be used in this manner until non-fossil fuel based power generation technologies are commercially proven. Since CO2, a greenhouse gas, is a main product of the conversion process, it is prudent to develop technologies that facilitate its removal from exhaust streams before it is released to the atmosphere. The development of solid oxide fuel cells (SOFCs) is a step in this direction. Converting coal or biomass to electricity in an electrochemical scheme is a more energy efficient process than converting these fuels to electricity in either a combustion or integrated gasification combined cycle scheme. The coal conversion process most compatible with SOFC applications is gasification. In this paper, issues associated with integrating gasification and SOFC technologies for power generation are discussed with attention given to syngas composition and the formation of species that have adverse impact on SOFC performance.
机译:煤用于发电和它将继续以这种方式使用,直到基于非化石燃料发电技术可行。一种温室气体,是一种主要的产物转换过程,它是谨慎的发展技术,促进其离开在它被释放到排气流的气氛。细胞(sofc)是在这个方向上迈出的一步。将煤或生物质转化为电力的电化学计划更节能比这些燃料转换过程在燃烧或集成电煤气化联合循环方案。大多数兼容固体氧化物燃料电池的转换过程应用程序是气化。与集成气化相关问题和固体氧化物燃料电池发电技术讨论了合成气的关注组成和物种的形成对SOFC性能有不利影响。

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