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Co-combustion and The Effective Utilization of Renewable Fuels Using CFB Combustion Technology

机译:循环流化床燃烧技术的共燃与有效利用可再生燃料

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For the prevention of global warming, the effective utilization of renewable fuels such as biomass for power utility is focused for an alternative to fossil fuels. Conversely, utilizing those fuels for power utility is restricted by problems in both quantity and quality. Sumitomo Heavy Industries (SHI) has developed an advanced co-combustion technology for renewable fuel utilization, which is based on the circulating fluidized bed (CFB) boiler technology licensed by Foster Wheeler. The advanced technology is capable of utilizing renewable fuels with various customers requests. This paper describes SHI's advanced co-combustion technology and contribution to the prevention of global warming with our experiences. (This paper has been reconstructed based on the content of the paper presented at the Renewable Energy World Asia 2010 exhibition.)
机译:为了防止全球变暖,有效利用可再生燃料(如生物质能)作为电力公用事业的重点是替代化石燃料。相反,将这些燃料用于电力公用事业受到数量和质量问题的限制。住友重工(SHI)开发了一种先进的可再生燃料利用共燃技术,该技术基于Foster Wheeler授权的循环流化床(CFB)锅炉技术。先进的技术能够根据各种客户的要求利用可再生燃料。本文介绍了SHI先进的共燃技术,以及通过我们的经验对防止全球变暖的贡献。(本文根据2010年亚洲可再生能源世界展上发表的论文内容进行重构。

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