Figure 12 ,Table 3个

    • 图  1  生物质锅炉炉膛网格划分简图

      Figure 1.  Biomass boiler furnace grid division diagram

    • 图  2  燃烧模型燃料参数设置

      Figure 2.  Fuel parameter setting of combustion model

    • 图  3  不同生物质燃料在炉膛y=4.6截面处的温度分布

      Figure 3.  Temperature distribution diagram of different biomass fuels at y=4.6 section of furnace

    • 图  4  不同生物质燃料在炉膛y=4.6 m处NO的质量浓度分布

      Figure 4.  NO concentration distribution diagram of different biomass fuels at y=4.6 m in the furnace

    • 图  5  不同生物质燃料在炉膛y=4.6 m处SO2的质量浓度分布

      Figure 5.  SO2 concentration distribution of different biomass fuels at y=4.6m in the furnace

    • 图  6  不同生物质燃料在炉膛y=4.6m处CO的浓度分布图

      Figure 6.  CO concentration distribution of different biomass fuels at y=4.6m in the furnace

    • 图  7  不同生物质燃料在炉膛y=4.6m处CO2的浓度分布图

      Figure 7.  CO2 concentration distribution of different biomass fuels at y=4.6m in the furnace

    • 图  8  不同生物质燃料在炉膛内烟气组分浓度对比图

      Figure 8.  Comparison diagrams of flue gas component concentration of different biomass fuels in furnace

    • 图  9  还原剂喷嘴高度与烟道出口处NO浓度关系图

      Figure 9.  Diagram of relationship between reducing agent nozzle height and NO concentration at flue exit

    • 图  10  喷嘴数量与烟道出口处NO质量浓度的关系

      Figure 10.  Diagram of the relationship between the number of nozzles and NO concentration at flue exit

    • 图  11  反应温度对脱硝率和氨逃逸的影响

      Figure 11.  Effect of reaction temperature on denitrification rate and ammonia escape amount

    • 图  12  氨氮比对脱硝率和氨逃逸的影响

      Figure 12.  Effect of ammonia nitrogen ratio on denitrification rate and ammonia escape amount