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The affect of alkali metal in biomass ash on operation of fluidized gasification

机译:生物质灰分中碱金属对流化气化运行的影响

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As a result of certain content of alkali metal in biomass, in the process of thermal transition, the alkali metal enriches to the bed materials, and forms low-melting compound which lead agglomeration. In the paper, sand, bauxite and periclase are used as three different kinds of bed materials, while, at last alkali metal in biomass enriched to bed materials for all the three kinds of materials. Alkali metal and SiO2 forms low-melting compound, which would destroy the fluidization in furnace. And then the temperature of some part will become high, which promote the formation of low-melting compound. Finally, the slag is formed in the furnace, and then the system operation stops.
机译:由于生物质中碱金属的一定含量,在热转变过程中,碱金属富集到床料中,并形成导致团聚的低熔点化合物。在本文中,沙子,铝土矿和钙镁石被用作三种不同的床层材料,而最后,生物质中的碱金属对这三种材料都富集到床层材料中。碱金属和SiO 2 形成低熔点化合物,会破坏熔炉中的流化状态。然后某个部分的温度会升高,从而促进低熔点化合物的形成。最终,炉内形成炉渣,然后系统操作停止。

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